TM1 Application form 2010[2]

Virtual Testing, Real Quality.Microsoft® Visual Studio® Lab Management 2010 is an integrated development and testing platform that provides end-to-end support for virtual lab management. Reduce costs associated with setup, tear down and restoration of complex virtual environments to a known state for build automation, test execution and build deployment. Eliminate waste across the entire application lifecycle by allowing development and QA to work together to effectively optimize the build process and minimize regression testing efforts. Easily file rich bugs with links to environment snapshots that developers can use to recreate the tester’s environments. Lab Management 2010 increases the predictability of build-deploy-test workflows to reduce overall risk and accelerate your time to market.MicrosoftVisual Studio L ab Management 2010Creativity UnleashedSimplify virtual lab configuration and management with Microsoft T est Manager 20101, a light-weight and streamlined application that was developed with the self-service user in mind. Now you can administer your labs through intuitive wizards and utilize existing virtual machines to build a Golden Virtual Machine Library for future uses.Simplicity Through IntegrationBuilt on the powerful Windows Server Hyper-V™ platform, Lab Management 2010 offers seamless integration with test and build processes through T eam Foundation Server 20102. This integrated toolset serves a key role in facilitating build automation, application deployment to test environments, and test automationQuality Code EnsuredT ake quality to the next level by benefiting from virtualized test labs. T est applications early and often against production-like environments and release software in a shorter time frame. Lab Management 2010 delivers a predictable build-deploy-test workflow and enables development teams to find quality defects faster.Deploy to a Known ConfigurationLab Management 2010 provides development and test teams with unlimited and instantly-provisioned virtual environments for testing. Within each virtual machine environment, you can explicitly target a particular lab configuration – for example, an application running on a web server that accesses a database server, as shown. Now you can deploy to a knownconfiguration predictably and consistently.T op ten benefits● Increase Operations Efficiency Across the Entire Application LifecycleA powerful virtual lab management technology, LabManagement 2010 streamlines connections and overcomes key barriers across the three pillars of IT: development, QA, and operations. It is deeply integrated with the rest of the Visual Studio development and testing platform to allow for a more efficient build-deploy-test workflow and a more effective application lifecycle management strategy.● Improved Regression TestingDon’t let fixes destroy your previously verified code base. Lab Management 2010 automates and streamlines tedious regression and smoke tests through its ability to automatically restore exact configurations to a known state and re-runpredefined tests. This significantly reduces the effort and time associated with setting up and running regression tests.● Role-Based Virtual Lab AdministrationUse Lab Management permissions to create role-based self-service groups of team members, who can create, deploy and manage virtual environments without requiring system administrator privileges. These permissions are integrated with Visual Studio T eam Foundation Server permissions to let you meet the specific requirements of your organization.● Deploy to A Known ConfigurationProject build-scripts can explicitly target a particular lab configuration, allowing multiple environments to be fullyprovisioned and readied for testing at build time. These images reside in the Golden Virtual Machine Library and ensure teams start from a clean set of virtual machines. Additionally, the build process can include the initial run of core build verification test suites that include unit tests, load tests and automated UI tests. ● Collect Rich Diagnostic DataT est Agents within each virtual environment let you collect rich diagnostic data. Configure the Diagnostic Data Adapter (DDA) to collect IntelliTrace™3 logs which contain specific diagnostic trace information to help isolate bugs that are difficult to reproduce. Unlock the power of IntelliTrace to enrich the context behind each bug you file.● See What Testers SeeNow developers can reproduce a bug in the exact same environment that the tester used to discover it. T esters can take a full server-side environmental snapshot during any testing activity and attach it to the bugs they file. From the bug form inside the Visual Studio IDE, developers connect to the environment directly. This lets developers see exactly what the tester saw and more easily identify the root cause of the problem. ● Build OptimizationStreamline your build process to continuously integrate, build, and verify changes. With Lab Management 2010, development and QA teams work closely together to schedule builds and plan for the tests required to verify a build. This optimized build process gives QA the visibility and stability it needs with each build.● Self-Servicing Lab ManagementRegardless of your role, self-service virtual labs are at yourfingertips. Virtual environments can be easily accessed through Microsoft T est Manager 2010, including viewing, stopping and restarting of environments from the Environment Viewer. You can also mark them as “in-use” to ensure visibility. ● Cloning with Network IsolationNetwork isolation enables multiple copies of a lab environment to run at the same time without causing network conflicts, such as conflicts due to computer names and Domain Name System (DNS) registration. Now you can enable multiple complex test configurations for testing without any re-configuration of your multi-tier application.● Reduce Hardware Costs With Windows Server Hyper-V™ The Hyper-V platform provides a reliable and optimized virtualization solution that lets you improve serverutilization and reduce costs. It provides a small footprint with minimal overhead and easily plugs into your existing IT environments. Lab configurations from Lab Management 2010 are stored as Hyper-V virtual images, allowing them to be used as both physical and virtual images.1. T o use Microsoft Visual Studio Lab Management 2010 you need T eam Foundation Server 2010 (licensed separately).2. Microsoft T est Manager 2010 is available with Visual Studio Ultimate 2010 or Visual Studio T est Professional 2010, both licensed separately3. IntelliTrace, available with Microsoft Visual Studio 2010 Ultimate, allows you to look back at a past state of your application with debugging information. Events of interest can be recorded through the IDE or Microsoft Visual Studio T est Manager 2010, available with Test Professional 2010 or Visual Studio 2010 Ultimate.The Environment ViewerView, stop, restart an environment with a single click as well as manage snapshots easily.Ultimate Premium Professional 2010 Development Platform Support Windows, Web and Cloud Development ● ● ● Office and SharePoint Development ● ● ● Architecture and ModelingArchitecture Explorer, Layer Diagram and Dependency Validation ● Read-only diagrams (UML, Layer, DGML Graphs) ● ● Database DevelopmentDeployment, Change Management, Test Data Generation, Unit Testing ● ● Debugging, Diagnostics and TestingIntelliTrace™ (Historical Debugging), Web Performance Testing, Load Testing 1 ●Static Code Analysis, Code Metrics, Profiling, Code Coverage, Test Impact Analysis, Coded UI Test ● ●Unit Testing● ● ● Test and Lab ManagementMicrosoft® Test Manager 2010, Test Case Management, Manual Test Execution, Fast Forward for Manual Testing, Rich Actionable Bug Filing●●Virtual environment setup & tear down, Provision environment from template, Checkpointenvironment through Test Manager 2010 (Visual Studio Lab Management 2010 required)2● ●Team Foundation ServerVersion Control, Work Item Tracking, Build Automation, Team Portal, Reporting & Business Intelligence, Agile Planning Workbook, Team Explorer ● ● ● ●MSDN Subscription benefitsPriority support in MSDN Forums, MSDN Magazine, Flash newsletter, Online Concierge ● ● ● ●Technical support incidents4 4 2 2Microsoft® e-learning collections (typically 10 courses or 20 hours) 2 2 1 1Windows® Azure™ Platform●† ●† ●† MSDN Subscription - Software for Production UseMicrosoft® Visual Studio® Team Foundation Server 2010 plus one CAL ● ● ●●Microsoft® Office Professional Plus 2010, Project Professional 2010, Visio® Premium 2010, Expression Studio 3● ● MSDN Subscription - Software for Development and Test Use 3 Windows (client and server operating systems), Microsoft® SQL Server®, Toolkits, Software Development Kits, Driver Development Kits● ● ●●Microsoft® Office, Dynamics®, All other Servers, Windows Embedded ●●Visual Studio 2010 Feature Comparisonwith MSDN with MSDN with MSDNVisual Studio T est Professional with MSDNVisual Studio 2010。

PRS-TMM12Integral Transmitter Style PRS Series Sanitary RTD Transducere-mail:**************For latest product manuals: Shop online at User’s GuideM-4913-L Instruction Manual for PRS-TMM12 Sanitary RTD TransducersGENERAL DESCRIPTIONThe Omega PRS-TMM12 series transducers aredesigned as direct immersion instruments for use inSanitary Clean-In-Place (CIP) systems, and are 3-ATransmitter Zero and Span Adjustments:PROCESS CONNECTIONThe Omega PRS-TMM12 is normally supplied with a1-1/2"-16AMP flange (other sizes are also available) soit can be easily installed into new or existing systems.GENERAL DESCRIPTIONDisassembly (See Figure Above):To access the transmitter inside the housing do thefollowing:Transducer Output Table:Transmitter Output in MilliampsTemp (°C)Model TM1M12Model TM2M12Temp (°C)Model TM1M12Model TM2M12Temp (°C)Model TM1M12Model TM2M12-40 4.00 612.277.4652 14.09-39 4.18 712.457.6053 14.23-38 4.36 812.637.7554 14.38-37 4.54 912.817.8955 14.52-36 4.72 1012.998.0456 14.67-35 4.90 1113.178.1857 14.81-34 5.08 1213.358.3258 14.95-33 5.26 1313.538.4759 15.10-32 5.44 1413.718.6160 15.24-31 5.62 1513.898.7661 15.39-30 5.8 1614.078.9062 15.53-29 5.98 1714.259.0563 15.68-28 6.16 1814.439.1964 15.82-27 6.34 1914.619.3365 15.96-26 6.52 2014.799.4866 16.11-25 6.70 2114.979.6267 16.25-24 6.88 2215.159.7768 16.40-237.06 2315.339.9169 16.54-227.24 2415.5110.0570 16.68-217.42 2515.6910.2071 16.83-207.60 2615.8710.3472 16.97-197.78 2716.0410.4973 17.12-187.96 4.002816.2210.6374 17.26-178.13 4.142916.4010.7775 17.41-168.31 4.293016.5810.9276 17.55-158.49 4.433116.7611.0677 17.69-148.67 4.583216.9411.2178 17.84-138.85 4.723317.1211.3579 17.98-129.03 4.863417.3011.5080 18.13-119.21 5.013517.4811.6481 18.27-109.39 5.153617.6611.7882 18.41-99.57 5.303717.8411.9383 18.56-89.75 5.443818.0212.0784 18.70-79.93 5.593918.2012.2285 18.85-610.11 5.734018.3812.3686 18.99-510.29 5.874118.5612.5087 19.14-410.47 6.024218.7412.6588 19.28-310.65 6.164318.9212.7989 19.42-210.83 6.314419.1012.9490 19.57-111.01 6.454519.2813.0891 19.71011.19 6.594619.4613.2392 19.86111.37 6.744719.6413.379320.00211.55 6.884819.8213.51311.737.034920.0013.66411.917.1750 13.80512.097.325113.95regarding wiring, calibration and troubleshooting of the transmitter.Note: The plastic shell of the transmitter isremoved during assembly of the PRS-TMM12transducer due to space limitations. The sides andback of the transmitter are insulated withpolyimide adhesive tape to isolate it from thesensor housing. If the transmitter is removed fromthe housing during calibration or servicing, checkto insure that the transmitter continues to beisolated from the housing during re-assembly.Re-Assembly (See figure on page 1):Re-assemble the housing as follows:1. When re-assembling the cap to the housing, position lead wires to insure that they will notbe pinched during replacement of the cap.2. Check that the o-ring is in place as shown above.3. Position the cap on the end of the housing,gently turn the cap clockwise until the threadsengage (do not force).4. Turn the cap until it is fully seated in thehousing. The cap should turn freely until theo-ring seal reaches the top of the housing. A1/2" wrench may be needed to complete theoperation due to the resistance of the o-ring seal.DISCLAIMERIf the unit malfunctions, it must be returned to the factory for evaluation. OMEGA’s Customer Service Department will issue an Authorized Return (AR) number immediately upon phone or written request. Upon examination by OMEGA, if the unit is found to be defective, it will be repaired or replaced at no charge. OMEGA’s WARRANTY does not apply to defects resulting from any action of the purchaser, including but not limited to mishandling, improper interfacing, operation outside of design limits, improper repair, or unauthorized modification. This WARRANTY is VOID if the unit shows evidence of having been tampered with or shows evidence of having been damaged as a result of excessive corrosion; or current, heat, moisture or vibration; improper specification; misapplication; misuse or other operating conditions outside of OMEGA’s control. Components in which wear is not warranted, include but are not limited to contact points, fuses, and triacs.OMEGA is pleased to offer suggestions on the use of its various products. However, OMEGA neither assumes responsibility for any omissions or errors nor assumes liability for any damages that result from the use of its products in accordance with information provided b y OMEGA, either verb al or written. OMEGA warrants only that the parts manufactured b y the company will b e as specified and free of defects. OMEGA MAKES NO OTHER WARRANTIES OR REPRESENTATIONS OF ANY KIND WHATSOEVER, EXPRESSED OR IMPLIED, EXCEPT THAT OF TITLE, AND ALL IMPLIED WARRANTIES INCLUDING ANY WARRANTY OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE HEREBY DISCLAIMED. LIMITATION OF LIABILITY: The remedies of purchaser set forth herein are exclusive, and the total liability of OMEGA with respect to this order, whether based on contract, warranty, negligence, indemnification, strict liab ility or otherwise, shall not exceed the purchase price of the component upon which liability is based. In no event shall OMEGA be liable for consequential, incidental or special damages.CONDITIONS: Equipment sold by OMEGA is not intended to be used, nor shall it be used: (1) as a “Basic Component” under 10 CFR 21 (NRC), used in or with any nuclear installation or activity; or (2) in medical applications or used on humans. Should any Product(s) be used in or with any nuclear installation or activity, medical application, used on humans, or misused in any way, OMEGA assumes no responsibility as set forth in our basic WARRANTY / DISCLAIMER language, and, additionally, purchaser will indemnify OMEGA and hold OMEGA harmless from any liability or damagewhatsoever arising out of the use of the Product(s) in such a manner.RETURN REQUESTS / INQUIRIESDirect all warranty and repair requests/inquiries to the OMEGA Customer Service Department. BEFORE RET URNING ANY PRODUCT(S) TO OMEGA, PURCHASER MUST OBTAIN AN AUTHORIZED RETURN (AR) NUMBER FROM OMEGA’S CUST OMER SERVICE DEPART MENT (IN ORDER T O AVOID PROCESSING DELAYS). T he assigned AR number should then be marked on the outside of the return package and on any correspondence.T he purchaser is responsible for shipping charges, freight, insurance and proper packaging to prevent breakage in transit.FOR WARRANTY RETURNS, please have the following information available BEFORE contacting OMEGA:1. P urchase Order number under which the product was PURCHASED,2. M odel and serial number of the product under warranty, and 3. R epair instructions and/or specific problems relative to the product.FOR NON-WARRANTY REPAIRS, consult OMEGA for current repair charges. Have the following information available BEFORE contacting OMEGA:1. Purchase Order number to cover the COST of the repair,2. Model and serial number of the product, and3. R epair instructions and/or specific problems relative to the product.OMEGA’s policy is to make running changes, not model changes, whenever an improvement is possible. T his affords our customers the latest in technology and engineering. OMEGA is a trademark of OMEGA ENGINEERING, INC.© Copyright 2018 OMEGA ENGINEERING, INC. All rights reserved. This document may not be copied, photocopied, reproduced, translated, or reduced to any electronic medium or machine-readable form, in whole or in part, without the prior written consent of OMEGA ENGINEERING, INC.***********************The information contained in this document is believed to be correct, but OMEGA accepts no liability for any errors it contains, and reserves the right to alter specifications without notice.Servicing North America:U.S.A.Omega Engineering, Inc.Headquarters:Toll-Free: 1-800-826-6342 (USA & Canada only)Customer Service: 1-800-622-2378 (USA & Canada only) Engineering Service: 1-800-872-9436 (USA & Canada only) Tel: (203) 359-1660 Fax: (203) 359-7700 e-mail:**************For Other Locations Visit /worldwideM4913-L/0418。

Issue DateINSTALLATION INSTRUCTIONSAccessory Application Publication No.PARTS LISTREAR BUMPER P/N: 08P70-HR3-W50TRX420FA1/FA2/FE1/FM1/FM2/TE1/TM1TRX500FE1/FE2/FM1/FM2USE AND CARE INFORMATIONCheck the accessory mounts frequently and retighten if necessary.INSTALLATION• To prevent burns, allow the engine, exhaust system, radiator, etc, to cool before installing the accessory.1. Remove the four 8 mm flange bolts from the rearcarrier located on both sides of the rear tool box.MII 15911June 2016No.Description Qty (1)Rear bumper1(2)Rear bumper strap 2(3)Rear bumper spacer 2(4)Flange bolt, 10 x 20 mm 2(5)Flange bolt, 8 x 32 mm 4(6)Flange nut, 10 mm 2(7)Rear bumper pipe end cap 2(8)Strap cushion2TOOLS AND SUPPLIES REQUIRED14 mm wrench 14 mm socket 12 mm socket RatchetTorque wrenchTORQUE CHARTTighten all screws, bolts, and nuts to their specified torque values. R efer to the Service Manual for the torque values of the removed parts.ItemN·m kgf·m lbf·ft 8 mm flange bolt26.5 3.019.510 mm flange bolt and nut39.04.029.0(1)(4)(8)(2)(3)(6)(7)(5)8 mm FLANGE BOLTS (Save)2. Install the rear bumper spacers and rear bumperwith four 8 x 32 mm flange bolts as shown.Hand tighten the bolts.8 X 32 mm FLANGE BOLTS8 X 32 mm FLANGE BOLTSCARRIERREAR BUMPERREAR BUMPERREAR BUMPER SPACERCARRIER REAR BUMPER SPACER3. Install the strap cushion into the rear bumper strapas shown below.REAR BUMPER STRAPSTRAP CUSHIONASSEMBLED STRAP4. Install the assembled rear bumper straps asshown. Rotate each strap cushion so the seam faces forward as shown.Rotate the cushion so its seam faces forward.Rotate the cushion so its seam faces forward.5. Install two 10 x 20 mm flange bolts and two 10 mmflange nuts as shown. Tighten the hardware to thevalues specified in the Torque Chart.8 X 32 mm FLANGE BOLTS10 x 20 mm FLANGE BOLT10 mm FLANGE NUT8 X 32 mm FLANGE BOLTS10 x 20 mm FLANGE BOLT 10 mm FLANGE NUT。

2023年LTE知识竞赛题库题库第一部分单选题(150题)1、下面不属于用户面协议的是（）A.RLCB.GTPUC.RRCD.UDP【答案】：C2、以下说法不正确的是（）A.OMC应用服务器程序JBOSS，负责完成各类事务和数据处理。

B.NMA，北向网管代理，完成与上级网管的协议和对象模型转换。

C.FTP服务器，完成OMC与所管网元间的配置、告警、性能文件传递。

D.OMC服务器端必须配置有jboss、webstart、DHCP等模块。

【答案】：D3、如果UE收到DRX Command的MAC CE后，以下描述正确的是（）A.停止DurationTimerB.启动DurationTimerC.启动drx-RetransmissionTimerD.停止drx-RetransmissionTimer【答案】：A4、preamble格式中，（）可以支持100km的组网A.format0B.format1C.format2D.format3【答案】：D5、如果出现eNB的告警“小区退服，射频单元退服”（1018000），不可能是以下哪种原因造成的（）A.RRU掉电B.RRU损坏C.Ir接口光纤损坏D.基带板挂死【答案】：D6、LTE/EPC网络采用的鉴权参数是（）A．三元组B．四元组C．五元组D．以上都不正确【答案】：B7、从目前的进展来看，TD-LTE网络与FDD-LTE建设发展差距最大的方面是（）A.终端种类和数量B.网络系统能力C.标准化进展D.国家政策支持程度【答案】：A8、LTE下行方向，若同时给同一用户分配了多个SB，则下列哪种说法正确（）A.多个SB在频率上必须是连续的B.多个SB在频率上可以是不连续的C.多个SB在频率上必须是不连续的D.以上说法都不对【答案】：B9、在UE执行TA update时，HSS通过哪条消息将用户签约数据下发给MME（）A.Insert Subscriber dataB.Update Location answerC.Modify bearer requestD.Create session Request【答案】：B10、如果出现eNB的告警“小区退服，光口不可用”（1018007），不可能是以下哪种原因造成的（）A.基带板上Ir接口光模块损坏B.基带板上Ir接口光模块被拔出C.基带板上Ir接口光模块型号不匹配D.基带板上Ir接口光纤收发接反【答案】：D11、正常CP时,1帧包含多少个符号（）A.7B.12C.20D.140【答案】：D12、LTE中，自组织网络SON可以实现那些功能（）A.自配置B.自优化C.自愈合D.以上三种功能都可以实现【答案】：D13、下列协议中，哪个不归LTE的基站处理（）A.RRCB.PDCPC.RLC【答案】：D14、preamble码的format4可以在（）时隙中传输A.Slot0B.Slot1C.DwptsD.Uppts【答案】：D15、LTE上行多天线技术称作（）A.MU-MIMOB.SU-MIMOC.4x4MIMOD.2x2MIMO【答案】：A16、当所有协议层的安全功能都开启的时候，一条NAS消息会被加密几次（）A.2B.3C.4【答案】：B17、日常监控巡检中，Ir接口光功率取值在（）区间范围内为正常A.[-150，0]B.[-140，0]C.[-130，0]D.[-120，0]【答案】：C18、TD-LTE的PBCH采用（）种发射模式A、SFBCC、TSTDD、FSTD【答案】：A19、LTE系统中的一个载波上的PDSCH和PMCH是（）A.时分B.频分C.码分D.空分【答案】：A20、下列哪种调制方式的抗干扰能力最强（）A.BPSKB.QPSKC.16QAMD.64QAM【答案】：A21、MAC子头中L域最大长度为（）A.5B.7C.15D.21【答案】：C22、在Normal情况下，一个RB包含（）个子载波A.3B.6C.12D.24【答案】：C23、以下哪个协议负责HARQ以及调度的功能（）A.PDCPB.MACC.RRCD.RLC【答案】：B24、以下哪些描述可以最贴切的描述S4接口（）A.通过GSM&WCDMA网络进行PS开关机和PDP的激活去激活B.支持在所属网络中PGW和在拜访网络中SGW之间的互操作C.一个单独PGW可以通过S4接口和外部的SGW通信D.支持UE的无缝切换过程【答案】：A25、系统消息（）包含小区重选相关的其它E-UTRA频点和异频邻小区信息A.SIB1B.SIB3C.SIB4D.SIB5【答案】：D26、LTE下，用户通过（）方式进行认证A.AKAB.EAP-SIMC.CHAPD.EAP-AKA【答案】：D27、以下描述正确的是（）A.LTE基于HARQ功能实现快速重传B.LTE MAC层将控制UE的移动性测量触发条件C.上行调度命令中将携带HARQ进程号D.MAC层的初始配置是由高层NAS消息配置的【答案】：A28、以下哪种信道支持空间复用（）A.PCFICHB.PHICHC.PDCHD.PDSCH【答案】：D29、以下（）参数可在小区激活状态下直接修改并生效A.小区中心频点B.子帧信息C.小区下行系统带宽D.小区最大发射功率【答案】：D30、以下哪个功能不属于RRM（无线资源管理功能）（）A.无线接入控制B.无线承载控制C.拥塞控制D.动态资源分配【答案】：C31、对TD-LTE1个时隙单位描述准确的是（）A.2个半帧B.十分之一个无线帧C.半个子帧D.一个特殊子帧【答案】：C32、BCH的最小变化周期是（）A.10msB.20msC.40msD.80ms【答案】：C33、下列哪个信道没有传输信道映射（）A.PBCHB.PMCHC.PDSCHD.PHICH【答案】：D34、下面哪种话单是PGW产生的？（）A.SGW-CDRB.PGW-CDRC.S-CDRD.P-CDR【答案】：B35、下行SPS调度可以最多配置（）进程A.1B.2C.4D.8【答案】：D36、“GTI”是中国移动联合沃达丰、软银、巴蒂等7家国际运营商，于（）共同发起的全球TD-LTE发展倡议组织。

Leveraging IBM Cognos TM1for Merchandise Planning at Tractor Supply CompanyDan Thomas –Architect, Financial Systems Tractor Supply CompanyRicky Rielly –Implementation Manager QueBIT ConsultingAgenda✓Introductions and Company Overviews✓TSC Merchandise Planning Solution Overview ▪Prior State▪Solution and Implementation✓Tips & Tricks for TM1 Perspectives Templates ✓Q&AQueBIT OverviewRicky Rielly –Implementation ManagerAbout QueBIT▪Trusted Experts in Analytics▪15+ years in business with managers on the team who have been working in area of Analytics for 20+ years ▪Full Offerings -Advisory & Implementation Services, Reseller of IBM Software and Developer of Solutions ▪900+ successful Analytics Projects▪450+ analytics customers in all types of industries▪100+ employees with HQ in New York▪Building an experienced team from the ground up▪Deep Expertise in Financial Analytics, Advanced Analytics, Business Intelligence, and DHW ▪Strong focus in Financial Services sector▪Multi-Year Award WinnerQueBIT: Trusted Experts in AnalyticsWe’re driven to help organizationsimprove their agility to makeintelligent decisions that createvalue.This is why we’re committed toexcellence in analytics strategy andimplementation.Tractor Supply Company OverviewDan Thomas –Architect, Financial SystemsTractor Supply Company Overview•Founded in 1938 as a mail order catalog business offering tractor parts to American farmers•Today operating in over 1600 stores in 49 states, annual revenue of $6.8B •Stores primarily located in towns outlying major metropolitan markets and in rural communities•Customers include farmers, horse owners, ranchers, part-time and hobby farmers, and suburban and rural homeowners, as well as contractors and tradesmen•Selling products relating to animal care, truck tool and hardware, seasonal and agricultural products, clothing and giftsRicky Rielly –Implementation ManagerTractor Supply Company and QueBIT •Initial Merchandise Planningmodel implemented in 2014•Core focus on future scalabilityand knowledge transfer•New models and enhancementssince thenTractor Supply Prior State Overview•Primarily Cognos Enterprise Planning solution •Supplemented with manual Excel work•Lack of scalability and manual workarounds •Inflexibility and difficulty with multiple concurrent users •Time consuming to administrate and maintain•Granular, SKU level data loaded to a staging cube▪This data then feeds downstream modules and is used in calculations •Planning occurs on a rolling basis at a Category level•Key Item Planning and other additional modules•Architecture leaves room for future growth▪More products/channels▪Additional modules•Actuals automatically loaded by SKU daily•Significant time savings•Greater scalability•Streamlined process for Merch Planners•Automated handling of 53rd week comparisons in calculations•Can handle restatement of Plan and Forecast based on annual hierarchy realignment•Flexible and streamlined reporting interface•Robust and intuitive Planning user experienceDan Thomas –Architect, Financial SystemsVisual Presentation Tips•Don’t underestimate the importance of the visual aspects within your templates•Use outside sources for inspiration (business journals, other BI / analytic tools, etc.)•If graphic design is not one of your skills, partner with someone who has a talent for that•Incorporating your company logo into templates is a small thing that can make a big perceived difference•You can use gradient shading to give your headers more “pop”Format cells> Fill Effects> Gradient: Two Colors, Horizontaluse a differential of at least two tones, lighter color on top•Add alternate row shading in Active Forms containing a large number of rows and columnsYou can add additional levels within the format area.Here we have added “M” to serve as the alternating format for “N”, and “P” for the total.You can change the formula for the format identifier in the first column of the first row containing data. Make the cell references to be relative, not absolute, so that each row of the Active Form is compared to the row above it.Dan Thomas –Architect, Financial SystemsTSC Forecast Template –Unique Features•Drop downs in Excel for product selection instead of the Subset Editor Less clicks for the end user to get where they want to goShould only be used with reasonably sized subsets because there are calculations which add some overheadUser types in the name of a Product dimension subset (cell A15 in the example below), which powers the available selections within the drop down menu in cell A14TSC Forecast Template –Unique Features Drop Downs (2)To derive the drop down list, hard code a list of index numbers (column B in the example below) Use the DIMSIZ function to evaluate whether the index number is valid within the dimensionIf it is, use the SUBNM function to list the name of the element with that index numberTSC Forecast Template –Unique FeaturesDrop Downs (3)Leverage naming conventions for product codes within the dimension to indent based upon the hierarchy level. Use this output for the drop down.For product codes within our product hierarchy, Categories start with “C”, Departments start with “D” and buyers start with “B”. We used IF formulas to indent a certain number of spaces when the first letter of the element met that condition.There are no product codes in the Go_New_Stores library (only product names), so the example below used the result of the ELLEV function instead.•Used conditional formatting to alert users when they are in a sandbox version This may require VBA to determine the name of the active sandbox for that user. If it’s not equal to “Base” (or blank), then the user is in a sandbox and you can display the conditional formatting. We chose to use a bright blue bar.Not in a sandbox version:In a sandbox version:•User Defined Consolidations (UDCs)User Defined Consolidations allow end users to create a Private customized rollup of elements. This parameter must be set in the Config file: UserDefinedCalculations=T To create a User Defined Consolidation:Step 1 –Create a private subset of elements. We recommend to our users prefixing that name with “udc_” .User Defined Consolidations (2)Step 2 –Insert that private subset into a new one to create a rollup.a) Launch the Subset Editor and remove all visible elements (select all elements in the view and then Delete).b) Go to Edit>Insert Subset from the top of the Subset Editor. Use the Select Subset drop down to choose theprivate subset you had created and click OK.A rollup for the elements in that subset is then created (udc_Golf Clubs in the example below).The name of the rollup is the same as the subset you inserted.c) Save this new subset that contains the rollup (expand before saving). We recommend to our users that theyname this the same as their private subset, without the “udc_” prefix.Quirks: If you modify your original subset,the rollup will not automatically update withthose changes.Depending on how your security is setup,users might be able to spread from therollup.User Defined Consolidations (3)We modified the formulas for the product selection drop downs so that they can handle UDCs.The rollup element in the UDC does not have an index number within the dimension, so you can modify the formula for the first element to be equal to the subset name the user enters (the value in cell A15 in the template example).The UDC rollup is immediately available to the user in the template.•User can change the Year (cell P14 below) so that they can easily access historical data•Dynamic Actual / Forecast period headers determined by Time Control values•Conditional formatting used to display cells with Write access in white•Autocalc VBA to use Perspectives in Manual Calculation mode but behave like Automatic Calculation modeEvery time there’s a change it executes F9 behind the scenes for the userAutomatic calculation mode was exponentially slower with our models•Button that uses VBA to export the template to Excel as flat data Loops through the elements of the active product subset, pastes as values in new file Creates a separate tab for each element•To reduce overhead, most variance calculations only exist in Excel •Assigned a shortcut icon for Perspectives that’s different than Excel so that users can easily distinguish which Excel session is in Manual calc. mode Excel 2010 Example (this will launch the TM1 add-in within a new Excel session):Target: "C:\Program Files (x86)\Microsoft Office\Office14\EXCEL.EXE" "C:\Program Files\ibm\cognos\tm1\bin\tm1p.xla"Dan Thomas –Architect, Financial SystemsOther Tips•Use SUMIF or SUMIFS with Active Forms to create custom subtotals If you add a string element within a cube and Active Form, it can be used to store descriptions which can then be leveraged by SUMIF or SUMIFS formulas. These can be used to create “on the fly” customized subtotals in Excel. Since these descriptions are stored within the cube, the user only needs to enter them once and they are recalled any time they come back to the Active Form.Step 1 -Create a string element. This will need to be within the dimension ordered last within the cube. In this example I have added the “Group” element to the Store Sales Plan dimension (Go_New_Stores sample model).Step 2 -Add attributes relating to the appropriate number of groups you wish end users to be able to utilize. In this example, I have added Group 01, Group 02…Group 05 attributes to the Retailers dimension, in order to give end users the ability to see customized subtotals for up to 5 different product groups by Retailer.Other TipsUse SUMIF or SUMIFs with Active Forms (2)Step 3 -Add the string element to the Active Form with DBRWs so that any entry will be stored within the cube. In this example I have added a column for the Group element within an existing Active Form pointing to the Store Sales Plan cube. Step 4 –Several rows below the Active Form, add a section for the customized subtotals. Let the values of each row represent one of the attribute groups that you created, and add a DBRW to the attribute cube so that the end user can assign a value for each group as needed.In this example I have created 5 rows representing each of the 5 Group attributes. The Group column contains DBRWs which point to their corresponding group attribute (Group 01 -05) within the }ElementAttributes_Retailers cube.Other TipsUse SUMIF or SUMIFs with Active Forms (3)Step 5 -Use SUMIF or SUMIFS formulas to sum the values within the Active Form if it matches the description entered for each group attribute. The formulas must extend from the first data row within the Active Form through one line below the last data row. Use relative, not absolute references so that it becomes dynamic and adjusts to the changing number of rows as the Active Form is rebuilt.This becomes a much more powerful feature when a dimension representing context, such as an event, is present within the cube. In that case the subtotals are event specific, since the data represents the intersection of that particular product group within that event (using the Retailers dimension in the Go_New_Stores example was a less than ideal substitute).Other Tips•You can use Excel and VBA along with TM1 data to create Heat Maps by state, or any other geographic division in PerspectivesQ&ACopyright ©2017by International Business Machines Corporation (IBM). No part of this document may be reproduced or transmitted in any form without written permission from IBM.ernment Users Restricted Rights—use, duplication or disclosure restricted by GSA ADP Schedule Contract with IBM. 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ADSP-2199x Anomaly List for Revisions up to 1.1Created, 18th November 2009These anomalies represent the currently known differences between revisions of ADSP-2199x devices and the functionality specified in the ADSP-2199x data sheets and ADSP-2199x DSP Core and Peripherals Manuals. A revision number with the form "-x.x" is branded on all parts.The table below represents the known anomalies for all devices of the ADSP-2199x family.Changes from the last version of this document (21st September 2006):1. The sole purpose of this Anomaly List revision is to clarify this document's Silicon Revision (Rev)applicability. This Anomaly List applies to Silicon Rev 0.0 and 1.1 for the ADSP-21990, and Silicon Rev 0.0 for both ADSP-21991 and ADSP-21992. There is no technical content change from previous September, 2006 Anomaly List publication.Anomaly List:1.SPORT Active low, late frame sync failure:When the SPORT is configured in active low, late frame sync mode, the data will not get framed (T/RFSx may not be asserted through out the data transfer) for both transmitting and receiving.Workaround:Do not use active low, late frame sync mode. Use active high, late frame sync mode with an external inverter on frame sync.2.DMA Write with Pipeline StallWhen a memDMA, ADC DMA or SPORT DMA is active, a DMA failure may occur if a pipeline stall coincides with DMA write activity. As a result, all DMA activity will be halted.Pipeline stalls could happen for the following reasons:a.Core IO read/writes (e.g. “AX0 = IO(0x300);”)b.Direct Core accesses to EMI - especially for reads.The failure is independent of frequency.The SPI Port will not trigger this problem.Workaround:If DMA activity cannot be avoided, steps must be taken to ensure pipeline stalls due to accesses initiated by the core do not occur at the same time as the DMA transactions.∙Do not perform I/O READ or WRITE transactions while memDMA , ADC DMA or SPORT is performing DMA WRITES to internal memory.∙Do not perform direct core external memory accesses while memDMA, ADC DMA or SPORT is performing DMA WRITES to internal memory.Given that during Descriptor DMA the Core explicitly writes the ownership bit to give Ownership to the DMA peripheral, the core can monitor the Ownership bit (bit 15) in the DMA Configuration word in internal memory before doing any IO or external memory access. In other words, once the core hands over the DMA Ownership to the memDMA, ADC DMA or SPORT DMA, all further IO read/writes and external memory accesses should be restricted in software until the ownership is returned to the core (until DMA is completed). This means the core cannot do any IO accesses or external memory accesses when memDMA, ADC DMA or SPORT DMA is going on. It can still perform all the DSP computations and load/store from the internal memory.This workaround only applies to Descriptor based DMA. There is no workaround for Autobuffer DMA.3. Peripheral DMA with EMI DMA WriteWhen two or more instances of memDMA/ADCDMA/SPORT DMA are performing WRITES to internal memory and an external memory DMA WRITE access is initiated by any other peripheral DMA, all DMA transactions may halt.The anomaly only occurs when two or more instances of memDMA/ ADCDMA/SPORT DMA are performing WRITES to internal memory and a 3rd peripheral DMA attempts to perform a WRITE to external memory space. For example, the SPI could trigger the problem if they are performing DMA WRITES to external memory, and both memDMA and SPORT DMA are providing DMA WRITES to internal memory.Workaround:1. Do not perform any external memory DMA WRITES while two or more instances of memDMA/ADCDMA/SPORT DMA are performing WRITES to internal memory.4.Real time update of PWM periodWhen the PWM period is changed in real time (i.e. a new value is written in the register PWM0_TM), the first half of the new PWM period after the change is not as intended (please see figure below). After this first half, the following PWM periods have the right value. The anomaly happens in both single update and double update mode.Workarounds:1. For the first PWM period after modifying PWM0_TM register, impose the duty cycles PWMCHA,PWMCHB, PWMCHC knowing that this period is T1/4+3*T2/4 (in single update mode) or T1/4+T2/4 (in double update mode).2. Disable and re-enable the PWM block. If both BIT 1 and BIT0 of PWM0_CTRL are cleared (0 iswritten over) and then immediately set back to 1, the PWM block changes instantaneously to the new PWM period. The drawbacks are: the current PWM period is abruptly interrupted and a new PWM period with the new value is started; a new PWMSYNC pulse is immediately generated, i.e. a supplementary PWM interrupt is furnished; the PWM outputs are disabled for 12 CCLK periods (in case HCLK=CCLK/2), the time to access two times the PWM0_CTRL register.5. SPORT fails to check for the frame sync in unframed mode after it is disabled and re-enabledThe SPORT if configured for external frame sync, unframed mode, begins transmitting or receiving data without waiting for the frame sync after the SPORT is disabled and re-enabled.The SPORT configuration would look like this. External frame sync (ITFS = 0 in SPx_TCR for transmit SPORT or IRFS = 0 in SPx_RCR for receive SPORT) and no frame sync required mode i.e.unframed mode (TFSR = 0/RFSR = 0).The expected behavior is that the SPORT should check for the frame sync after it is disabled and re-enabled before it starts receiving or transmitting the data. But due to this anomaly the SPORT does not wait for the new frame sync after it is disabled and re-enabled.This anomaly is not seen in the case of framed mode.Workaround:This is a hardware workaround to synchronize re-enabling of SPORT with the external frame sync.The external frame sync signal should be fed as input to a programmable flag of the processor which in turn triggers an interrupt. Inside the programmable flag interrupt service routine (ISR), the serial port should be re-enabled. Refer the steps given below:∙Sequence to disable the SPORT inside the SPORT ISRo Clear the SPORT-DMA interrupto Disable the SPORT-DMA [In case DMA is used]o Disable the SPORTo Flush the DMA FIFO [In case DMA is used]o Re-configure the next DMA parameters [In case DMA is used]o Enable the SPORT DMA [In case DMA is used]o Enable the Programmable Flag (PFx) interrupt∙Steps inside the Programmable Flag (PFx) ISRo Clear the PFx interrupto Disable the PFx interrupto Enable the SPORT6. SPORT generates TFS (Transmit Frame Sync) one clock cycle earlier than expected when configuredfor data-dependent and early frame sync mode.Description:The serial port generates TFS one serial clock cycle earlier than expected when configured for data-dependent and early frame sync mode. This anomaly occurs in core mode of SPORT data transfer. The failure occurs when the SPORT TX buffer is being loaded with a new data value while the SPORT TX shift register is in the process of shifting out the last bit of the previous word. The failure does NOT occur if:A] The frame sync is configured to be data independent.ORB] The frame sync is configured to be late frame sync.ORC] DMA mode of data transfer is used.When the SPORT operates in DMA mode, the failure will not be seen if the SPORT is configured for data dependent and early frame sync option.Workarounds:1.If none of the above modes ("A" or "B" or "C") can be used in a system, the alternative is toconfigure SPORT interrupt to high priority and enable interrupt nesting. This will ensure that the subsequent data word gets written in to TX buffer well in advance such that it does not coincide with the last bit being driven out of the TX shift register.2.Wait until the complete word is transmitted out before writing the subsequent word in TX buffer.One of the following two approaches can be implemented to ensure that the last bit has been shifted out of the TX shift register.a] The processor executes "nop;" instructions in a loop to wait for a fixed period of time before writing new data to TX buffer. The number of processor core cycles can be calculated based on SPORT serial bit clock frequency and the word length. For slower serial port clock frequency, executing several "nop;" instructions will affect processors performance. In this case approach "b" can be used.b] Use timer interrupt to ensure that the last data bit has been shifted out of TX shift register. The main application code should initialize the timer parameters and the timer should be enabled inside the SPORT ISR before executing "rti;" instruction. Inside the timer interrupt, subsequent data can be loaded in to TX buffer.Either of the above two workarounds would ensure that the load of transmit buffer does not coincide with the last bit of the data word being driven out of the TX shift register and would therefore avoid this anomaly.7. RFS/TFS guard cycles after SPORT enableDescription:To ensure proper functionality, when the SPORT Frame Sync (RFS or TFS) is provided externally, the Frame Sync must not become active within the first 6 SCLK cycles following the SPORT enable operation.Workarounds:1.Ensure that the externally generated SPORT frame sync [RFS or TFS] appears at least 6 SCLKcycles after the SPORT is enabled.2.If the system cannot ensure “1” mentioned above, follow the steps below to make sure that theSPORT is enabled at least 6 SCLK cycles before the frame sync appears.a] Limit the duration of the RFS/TFS pulse to one SCLK cycle.b] Route the externally generated RFS/TFS signal to any spare flag pin of the processor, in addition to connecting it to the RFS/TFS pin of SPORT. Assuming active high frame sync, the Flag pin should be configured as a falling edge sensitive external interrupt.c] Inside the interrupt service routine, disable the interrupt and enable SPORT. Note that thisworkaround will function correctly only if the word length is greater than 6.8. Serial clock is not gated by SPORT enable bitIf the serial clock TCLK or RCLK is generated internally, the SPORT clock is generated regardless whether the SPORT is enabled or not. The serial clock divider, which is updated only when the SPORT is enabled, can produce unwanted clock pulses with the former SPORT frequency settings generated until the enable bit is set.For example, after power on reset, SPORT SCLK is by default programmed for HCLK/2. When SPORT control register is written a value which configures ICLK = 1, the SPORT would still generate SCLK at HCLK/2 even if the SPORT is not enabled.For external devices interfaced with SPORT, this would not be a problem if such devices take frame sync generated by the processor. This is because the frame sync stops when the SPORT is disabled even though the serial clock continues.Workaround:Configure the SPORT SCLK as external when not in use. To configure the serial clock as external clock, the following sequence should be followed:a] Disable the serial port.b] Clear the ICLK bit.Note that the above sequence needs to be carried out in two separate instructions. The first instruction would disable the SPORT and the second instruction would clear the ICLK bit configuring SPORT clock as an external clock and therefore the clock would stop. Trying to clear ICLK bit in the same instruction as disabling the SPORT does not update the ICLK bit to “0”.9. Changing the serial port clock frequency on the flyThe effect of SPORT clock frequency change on-the-fly when the SPORT is enabled is incorrectly documented in the ADSP-2199x Mixed Signal DSP controller Hardware Reference manual rev. 0 - page 8-19.Revised Description:If the serial port is configured for an internal serial clock (ICLK = 1 in SPx_TCR / SPx_RCR registers) and the value of the serial clock frequency is changed (by writing into the SPx_TSCKDIV / SPx_RSCKDIV registers) when the SPORT is enabled, the change in TCLK/RCLK frequency takes effect immediately without waiting for the following frame sync (TFS / RFS).Workaround:In most of the systems this should not pose any problem because the change in frame sync period would also happen during the same time.To ensure that the SPORT clock frequency change is synchronized with the occurrence of frame sync, the frame sync can be connected to the programmable flag. The following sequence is must be followed:a] The application needs to change the SPORT clock frequency on the fly.b] Enable the Programmable flag interrupt.c] Inside the Flag interrupt service routine, disable the programmable flag interrupt.d] Change the serial clock [TCLK/RCLK] frequency.10. Processor’s PLL may not lock or work at frequenc ies lower than 40 MHzDescription:Processor’s PLL may not lock or work when configured to generate a core clock frequency of less than 40MHz. This behavior is not observed at higher core clock frequencies.Workaround:For core clock frequencies lower than 40MHz, it is recommended to use the PLL by-pass mode.11. SPORT Multichannel mode [TDM] bit shift and loss of channelDescription:When the SPORT is configured for multi-channel [TDM] mode in either DMA or core mode followingissues are noticed:∙One cycle delay is introduced between the frame sync and data transmission for any programmed MFD. The data transmission starts with MFD + one cycle delay after the frame sync is de-asserted. This delay is noticed from the transmitter as well as the receiver side and therefore, if “0x8000” is transmitted in slot 1 and “0xa5a5” in slot 2, the words would be received as “0x2000”in slot 1 and “0x2969” in slot 2.∙The data frame will be shifted one bit all through the channel. This happens only during the first data frame transmission.∙The last data channel will be lost. i.e. If the transmitter is configured for 16 channels, only 15 channels will be transmitted and the 16th channel will be lost. The loss of channel is seen only for MFD < 2. For MFD value of 2 or greater than 2, loss of channel is NOT noticed.∙In case of continuous transmission, the last channel of the first data frame will be transmitted as the first channel in the subsequent frame. No bit shift and channel loss is observed from the second transmission. Again, this is seen for MFD < 2. For MFD value of 2 or greater than 2, this behavior of channel shift is NOT noticed.Workaround:Case I: MFD < 2:The following sequence of operations should be followed:a] Program the transmitter and receiver for N+1 channels, say N is the required numberof channels.b] Ignore the first TDM data frame received.c] Receive the second data frame and ignore the first data channel of each frame. This can be done by disabling the first channel of the received stream.Case II: MFD >= 2:Ignore the first TDM data frame.12. Emulation logic problem with DMADescription:Let us assume that an autobuffer based DMA or a descriptor based DMA is in progress, and the execution of the program is stopped either due to a breakpoint or due to a halt (Shift + F5) command in VisualDSP++. After this, if any attempt is made to execute the program further, either by single stepping into the code (F11) or by running the code (F5), the VisualDSP ++ debugger displays an “Unknown” status at the bottom of the debugger window. VisualDSP ++ hangs and it is not possible to continue single stepping or execution of the code. This can be observed with any peripheral DMA.If VisualDSP ++ is not stopped, the core execution and DMA continue with no problem.Workaround:This problem has been fixed in VisualDSP++3.5 March 2004 update. In the VisualDSP++ debugger window, go to settings -> target options and do NOT check on “Enable hardware single step”.VisualDSP++ will not get into the “unknown state” on halt and single-step/run actions during a DMA transfer.。

B型混合输电线路行波测距方法作者：***来源：《现代信息科技》2022年第03期摘要：文章分析了B型混合输电线路在发生故障以后故障行波的傳播特性，提出了一种基于B型混合线路行波故障测距新算法，该算法先对输电线路的故障区段进行判别，判断出故障区段之后再根据相关监测点接收到的故障行波时刻，利用双端测距原理定位到准确的故障点位置。

此故障测距新算法可以消除单端测距原理中对故障监测设备接收到的第二个行波的波头性质的识别难题，当B型混合输电线路上发生故障时能够迅速、准确地定位到故障点，具有很好的工程应用价值。

关键词：B型混合输电线路;行波测距;故障区段;故障测距中图分类号：TM726 文献标识码：A文章编号：2096-4706（2022）03-0061-03Traveling Wave Fault Location Method of Type B Hybrid Transmission LineLIU Hui（Taishan College of Science and Technology， Taian 271000， China）Abstract： This paper analyzes the propagation characteristics of the fault traveling wave after the failure occurs on the type B hybrid transmission line， and proposes a new location algorithm based on type B hybrid line for the fault traveling wave. The algorithm firstly discriminates the fault section of transmission line， after the fault section is determined， according to the fault traveling wave time received by the relevant monitoring points， the accurate fault location is located by using the double terminals fault location principle. This new algorithm for fault location can eliminate the difficulty in identifying the wave-head property of the second traveling wave received by the fault monitoring device in the principle of single terminal location. When a fault occurs on type B hybrid transmission line， the algorithm can quickly and accurately locate the fault point， which has good engineering application value.Keywords： type B hybrid transmission line; traveling wave fault location; fault section; fault location0 引言电力电缆与传统架空线相比，有供电可靠性高、受环境影响小，并且敷设节省空间资源等优点，随之而生的就出现了很多架空线—电缆混合输电线路。

structure, the multiple business units require informa-tion to be interpreted in many dimensions for different purposes. PACE concluded that the TM1 solution was the best option for flexibility, scalability, and price.The ImplementationAs a result of PACE’s negative experience with their initial EP implementation, they were especially wary of getting involved in another costly software implemen-tation. The QueBIT team took the extra time to dive deep and determine PACE’s particular pain points before sharing recommendations and encouraging best practices. As it happened, the total number of cubes required to optimize the model was much less than PACE had expected. Additionally, PACE’s Central Finance team resides in the United Kingdom, while a significant part of their IT department is in the United States, which obviously caused some concern to users during the implementation process. QueBIT was able to overcome this challenge with frequent and structured video conferences.QueBIT Delivers ResultsPACE’s TM1 users are now empowered to build and produce reports that are meaningful to them. Further, reliance on the IT department has diminished, freeing up additional time. The data from their Oracle ERP system is now able to feed into their TM1 application on a regular basis and is much more stable. This greatly reduces the number of manual errors while providing increased data integrity.Working with QueBITQueBIT was able to uncover new business Best Practices for PACE, which was a great benefit in addition to the ease and reliability of the implementation. “The develop-ment team was able to get a grip on our business struc-ture very quickly. Licenses, royalties, product margin, overheads, reporting, and many other areas were easily understood. They didn’t just build a model, but solved our specific pain points” said Richard Hughes.© 2016 QueBIT Consulting LLC. All Rights Reserved. All trademarks and company names mentioned are the property of their respective owners. v03a16******************************************“We have the same model structure with dramatically less cubes involved; it’s much more streamlined”— Richard Hughes, VP Group Finance Formerly Applied Analytix, Inc.ABOUT QueBIT ConsultingSince 2002, QueBIT has been driven to help organizations to improve their ability to make intelligent decisions that create value. Astute decision makers learn from the past in order to manage the present, predict the future and take prescriptive actions. This is why we’re resolute in our commitment to excellence in business analytics strategy and implementation.。