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WinRDBI EDUCATIONAL TOOL

WinRDBI Educational Tool

WinRDBI is an educational tool that takes advantage of the connection between logic programming and databases to provide an evaluator for relational query languages. The user interface is implemented in Java TM Swing and the database and query languages are implemented in Amzi! Prolog. The tool utilizes a common data definition facility and recognizes the following query languages: relational algebra,

domain relational calculus,

tuple relational calculus, and

SQL.

WinRDBI Links

History

User Guide

Examples

Using WinRDBI on campus

Installing your own copy of WinRDBI Before downloading and installing WinRDBI, you

must have the appropriate version (1.3) of the Java

Runtime Environment (JRE) installed on your

machine.r You must complete the registration form and

acknowledge the license agreement to download a copy of WinRDBI.

22 August 2000: WinRDBI 2.0.5.130

r FAQs

What versions of the JRE can be used with WinRDBI?

WinRDBI 2.0.5.130 is designed for use with JRE 1.3.

Note that the install program for WinRDBI assumes that the JRE is

installed first.

r Can I have multiple JREs installed on my machine at the same time?

Yes. Obviously, each JRE is in its own directory.

You can edit the shortcut for WinRDBI to reference the appropriate JRE.

r How can I edit the target of the WinRDBI shortcut?

The answer here is described in the context of a Windows NT machine.

Locate the shortcut associated with the WinRDBI program in the following

path:

C:/Winnt/Profiles/All Users/Start Menu/Programs/WinRDBI

Highlight the WinRDBI executable file.

Open its Properties by choosing Properties off of the File menu or the

right-mouse click menu.

Choose the Shortcut Tab.

The source of the target is displayed in a small one-line text window.

You will probably need to scroll in the target window to see its entire

contents.

r What should the target of the WinRDBI shortcut look like?

DRIVE:\JREDIR\bin\javaw.exe -cp

"DRIVE:\WinRDBIDIR;DRIVE:\WinRDBIDIR\WINRDBI.jar;"WinRDBI

where

DRIVE represents a drive specification

JREDIR represents the path to the JRE that you want WinRDBI to

use

WinRDBIDIR represents a path to where you installed WinRBDI

(e.g. Program Files\WinRDBI)

r What are the differences between WinRDBI 2.0.2 and the latest

version 2.0.5.130?

WinRDBI 2.0.5.130 is the first version of WinRDBI on the Java 2

Platform, which required a rewrite of the printing capabilities. A minor

syntax change was incorporated in the SQL recognized by WinRDBI.

WinRDBI recognizes SQL-89, since it was originally written in 1990. At

that time, the "except" operator was not part of the standard. However,

WinRDBI did incorporate a "minus" operator for SQL, which has been

changed to "except" in version 2.0.5.130.

What naming scheme is being used for the versions of WinRDBI?

The naming scheme for the versions of WinRDBI now includes a fourth

component to document the version of the Java Runtime Environment with

which WinRDBI has been designed and tested.

Send comments/suggestions regarding the educational tool to WinRDBI@https://www.doczj.com/doc/df1317262.html,

WinRDBI User Interface

The WinRDBI user interface is implemented in Java TM Swing. WinRBDI 2.0 allows you to have multiple query panes open at the same time (a query pane is limited to one language: alg, drc, trc, sql) operating on one underlying database (rdb).

% Fundamentals of Database Systems, 2nd ed., R. Elmasri and S. B. Navathe,

Benjamin/Cummings, 1994

% Schema (Chapter 6, Section 6.2, pp 145)

% employee(fname, minit, lname, ssn, bdate, address, sex, salary, superssn, dno) key:ssn

% department(dname, dnumber, mgrssn, mgrstartdate) key: dnumber

% dept_locations(dnumber, dlocation) key: dnumber,dlocation

% project(pname, pnumber, plocation, dnum) key: pnumber

% works_on(essn, pno, hours) key: essn, pno

% dependent(essn, dependent_name, sex, bdate, relationship) key: essn,

dependent_name

% Queries (Chapter 6, Section 6.7, pp 170-172)

% RELATIONAL ALGEBRA---------------------------------------------

% ----- query 1 -----;

% Retrieve the name and address of all employees who work for the

% 'Research' department.

research_dept:=select dname='Research' (department);

research_dept_emps:=select dnumber=dno (research_dept product employee);

alg1:=project fname, lname, address (research_dept_emps);

% ----- query 2 -----;

% For every project located in 'Stafford', list the project number, the

% controlling department number, and the department manager's last name,

% address, and birthdate.

stafford_projs:=select plocation='Stafford' (projects);

contr_dept:=select dnum=dnumber (stafford_projs product department);

proj_dept_mgr:=select mgrssn=ssn (contr_dept product employee);

alg2:=project pnumber, dnum, lname, address, bdate (proj_dept_mgr);

% ----- query 3 -----;

% Find the names of employees who work on all the projects controlled

% by department number 5.

dept5_projs(pno):=project pnumber (select dnum=5 (projects));

emp_proj(ssn, pno):=project essn, pno (works_on);

emp_proj_ssns:=project ssn (emp_proj);

% All possibilities of employees working on dept5 projects.

poss_emps_dept5:=(dept5_projs product emp_proj_ssns);

% Employees that don't work on all dept5 projects..

emps_not_dept5:=project ssn (poss_emps_dept5 difference emp_proj);

result_emp_ssns:=emp_proj_ssns difference emps_not_dept5;

alg3:=project lname, fname (result_emp_ssns njoin employee);

% ----- query 4 -----;

% Make a list of project numbers for projects that involve an employee

% whose last name is 'Smith', either as a worker or as a manager of the

% department that controls the project.

smiths(essn):=project ssn (select lname='Smith' (employee));

smith_worker_projs:=project pno (works_on njoin smiths);

mgrs:=project lname, dnumber (select ssn=mgrssn (employee product department)); smith_mgrs:=select lname='Smith' (mgrs);

smith_managed_depts(dnum):=project dnumber (smith_mgrs);

smith_mgr_projs(pno):=project pnumber (smith_managed_depts njoin projects);

alg4:=smith_worker_projs union smith_mgr_projs;

% ----- query 5 -----;

% List the names of all employees with two or more dependents.

% Make two copies of employees with dependents.

empdep1(essn1, depname1):=project essn, dependent_name (dependent);

empdep2(essn2, depname2):=empdep1;

% Employees with more than one dependent.

emps_gtone_dep(ssn):=project essn1 (select (essn1=essn2) and (depname1<>depname2) (empdep1 product empdep2));

alg5:=project lname, fname (employee njoin emps_gtone_dep);

% ----- query 6 -----;

% Retrieve the names of employees who have no dependents.

all_emps:=project ssn (employee);

emps_with_deps(ssn):=project essn (dependent);

emps_without_deps:=(all_emps difference emps_with_deps);

alg6:=project lname, fname (emps_without_deps njoin employee);

% ----- query 7 -----;

% List the names of managers who have at least one dependent.

mgrssn(ssn):=project mgrssn (department);

% Following line commented out since already defined in query 6.

% emps_with_deps(ssn):=project essn (dependent);

mgrs_with_deps:=(mgrssn intersect emps_with_deps);

alg7:=project lname, fname (mgrs_with_deps njoin employee);

% Fundamentals of Database Systems, 2nd ed., R. Elmasri and S. B. Navathe,

Benjamin/Cummings, 1994

% Schema (Chapter 6, Section 6.2, pp 145)

% employee(fname, minit, lname, ssn, bdate, address, sex, salary, superssn, dno) key:ssn

% department(dname, dnumber, mgrssn, mgrstartdate) key: dnumber

% dept_locations(dnumber, dlocation) key: dnumber,dlocation

% project(pname, pnumber, plocation, dnum) key: pnumber

% works_on(essn, pno, hours) key: essn, pno

% dependent(essn, dependent_name, sex, bdate, relationship) key: essn,

dependent_name

% Queries (Chapter 6, Section 6.7, pp 170-172)

% DOMAIN RELATIONAL CALCULUS

% ----- query 1 -----;

% Retrieve the name and address of all employees who work for the

% 'Research' department.

drc1:=

{FNAME,LNAME,ADDRESS|

(exists DNO)

(department('Research',DNO,_,_) and

employee(FNAME,_,LNAME,_,_,ADDRESS,_,_,_,DNO))};

% ----- query 2 -----;

% For every project located in 'Stafford', list the project number, the

% controlling department number, and the department manager's last name,

% address, and birthdate.

drc2:=

{PNUMBER,DNUM,LNAME,ADDRESS,BDATE|

(exists MGRSSN)

(projects(_,PNUMBER,'Stafford',DNUM) and

department(_,DNUM,MGRSSN,_) and

employee(_,_,LNAME,MGRSSN,BDATE,ADDRESS,_,_,_,_))};

% ----- query 3 -----;

% Find the names of employees who work on all the projects controlled

% by department number 5.

drc3:=

{LNAME,FNAME|

(exists SSN)

(employee(FNAME,_,LNAME,SSN,_,_,_,_,_,_) and

not(exists PNUMBER)

(projects(_,PNUMBER,_,5) and

not(works_on(SSN,PNUMBER,_))))};

% ----- query 4 -----;

% Make a list of project numbers for projects that involve an employee

% whose last name is 'Smith', either as a worker or as a manager of the

% department that controls the project.

drc4:=

{PNO|

(exists SSN)

(employee(_,_,'Smith',SSN,_,_,_,_,_,_) and

(works_on(SSN,PNO,_)

(exists DNO)

(department(_,DNO,SSN,_) and

projects(_,PNO,_,DNO))))};

% ----- query 5 -----;

% List the names of all employees with two or more dependents. drc5:=

{LNAME,FNAME|

(exists SSN)

(employee(FNAME,_,LNAME,SSN,_,_,_,_,_,_) and

(exists DEP1,DEP2)

(dependent(SSN,DEP1,_,_,_) and

dependent(SSN,DEP2,_,_,_) and

DEP1 <> DEP2))};

% ----- query 6 -----;

% Retrieve the names of employees who have no dependents.

drc6:=

{LNAME,FNAME|

(exists SSN)

(employee(FNAME,_,LNAME,SSN,_,_,_,_,_,_) and

not(dependent(SSN,_,_,_,_)))};

% ----- query 7 -----;

% List the names of managers who have at least one dependent. drc7:=

{LNAME,FNAME|

(exists MGRSSN)

(employee(FNAME,_,LNAME,MGRSSN,_,_,_,_,_,_) and

department(_,_,MGRSSN,_) and

dependent(MGRSSN,_,_,_,_))};

% Fundamentals of Database Systems, 2nd ed., R. Elmasri and S. B. Navathe,

Benjamin/Cummings, 1994

% Schema (Chapter 6, Section 6.2, pp 145)

% employee(fname, minit, lname, ssn, bdate, address, sex, salary, superssn, dno) key:ssn

% department(dname, dnumber, mgrssn, mgrstartdate) key: dnumber

% dept_locations(dnumber, dlocation) key: dnumber,dlocation

% project(pname, pnumber, plocation, dnum) key: pnumber

% works_on(essn, pno, hours) key: essn, pno

% dependent(essn, dependent_name, sex, bdate, relationship) key: essn,

dependent_name

% Queries (Chapter 6, Section 6.7, pp 170-172)

% TUPLE RELATIONAL CALCULUS---------------------------------------------

% ----- query 1 -----;

% Retrieve the name and address of all employees who work for the

% 'Research' department.

trc1:=

{T.fname, T.lname, T.address |

employee(T) and

(exists D)

(department (D) and D.dname='Research' and D.dnumber=T.dno)};

% ----- query 2 -----;

% For every project located in 'Stafford', list the project number, the

% controlling department number, and the department manager's last name,

% address, and birthdate.

trc2:=

{P.pnumber, P.dnum, M.lname, M.bdate, M.address |

projects(P) and employee(M) and P.plocation='Stafford' and

(exists D)

(department(D) and P.dnum=D.dnumber and D.mgrssn=M.ssn)};

% ----- query 3 -----;

% Find the names of employees who work on all the projects controlled

% by department number 5.

trc3:=

{E.lname, E.fname |

employee(E) and

(forall X)

(not (projects(X)) or (not (X.dnum=5) or

(exists W)

(works_on(W) and W.essn=E.ssn and X.pnumber=W.pno)))};

% ----- query 4 -----;

% Make a list of project numbers for projects that involve an employee

% whose last name is 'Smith', either as a worker or as a manager of the

% department that controls the project.

trc4:=

{P.pnumber |

projects(P) and

((exists E,W)

(employee(E) and works_on(W) and W.pno=P.pnumber and

E.lname='Smith' and E.ssn=W.essn)

(exists M,D)

(employee(M) and department(D) and P.dnum=D.dnumber and

D.mgrssn=M.ssn and M.lname='Smith'))};

% ----- query 5 -----;

% List the names of all employees with two or more dependents.

trc5:=

{E.lname, E.fname |

employee(E) and

(exists D1,D2)

(dependent(D1) and dependent(D2) and

D1.essn=E.ssn and D2.essn=E.ssn and

D1.dependent_name<>D2.dependent_name)};

% ----- query 6 -----;

% Retrieve the names of employees who have no dependents.

trc6:=

{E.lname, E.fname |

employee(E) and

not(exists D)

(dependent(D) and E.ssn=D.essn)};

% ----- query 7 -----;

% List the names of managers who have at least one dependent.

trc7:=

{E.lname, E.fname |

employee(E) and

(exists D,P)

(department(D) and dependent(P) and E.ssn=D.mgrssn and P.essn=E.ssn)};

% Fundamentals of Database Systems, 2nd ed., R. Elmasri and S. B. Navathe,

Benjamin/Cummings, 1994

% Schema (Chapter 6, Section 6.2, pp 145)

% employee(fname, minit, lname, ssn, bdate, address, sex, salary, superssn, dno) key:ssn

% department(dname, dnumber, mgrssn, mgrstartdate) key: dnumber

% dept_locations(dnumber, dlocation) key: dnumber,dlocation

% project(pname, pnumber, plocation, dnum) key: pnumber

% works_on(essn, pno, hours) key: essn, pno

% dependent(essn, dependent_name, sex, bdate, relationship) key: essn,

dependent_name

% Queries (Chapter 6, Section 6.7, pp 170-172)

% SQL ---------------------------------------------

% ----- query 1 -----;

% Retrieve the name and address of all employees who work for the

% 'Research' department.

sql1 := select fname,lname,address

from employee, department

where dname = 'Research' and

dnumber = dno;

% ----- query 2 -----;

% For every project located in 'Stafford', list the project number, the

% controlling department number, and the department manager's last name,

% address, and birthdate.

sql2 := select pnumber,dnum,lname,address,bdate

from projects,department,employee

where dnum = dnumber and

mgrssn = ssn and

plocation = 'Stafford';

% ----- query 3 -----;

% Find the names of employees who work on all the projects controlled

% by department number 5.

sql3 := select lname,fname

from employee E

where not exists (select *

from projects P

where P.dnum = 5 and not exists (select *

from works_on W

where W.essn = E.ssn and W.pno = P.pnumber));

% ----- query 4 -----;

% Make a list of project numbers for projects that involve an employee

% whose last name is 'Smith', either as a worker or as a manager of the

% department that controls the project.

sql4 := (select pnumber

from projects, department, employee

where dnum = dnumber and

mgrssn = ssn and

lname = 'Smith')

union

(select pnumber

from projects,works_on, employee

where pnumber = pno and

essn = ssn and

lname = 'Smith');

% ----- query 5 -----;

% List the names of all employees with two or more dependents. dep_num(ssn,depent) := select ssn, count(*)

from employee,dependent

where ssn = essn

group by ssn;

sql5 := select lname,fname

from employee e,dep_num d

where e.ssn = d.ssn and

depent >= 2;

% ----- query 6 -----;

% Retrieve the names of employees who have no dependents.

sql6 := select lname,fname

from employee

where not exists (select *

from dependent

where ssn = essn);

% ----- query 7 -----;

% List the names of managers who have at least one dependent. sql7 := select lname,fname

from employee

where exists (select *

from dependent

where ssn = essn) and

exists (select *

from department

where ssn = mgrssn);

History of WinRDBI

The original version of the educational tool, called RDBI, was implemented in Quintus Prolog and had only a command line interface. The following paper describes the motivation for RDBI and the syntax of the relational query languages recognized by the tool:

An Educational Tool for Formal Relational Database Query Languages

Suzanne W. Dietrich

Computer Science Education, Vol. 4, pp.157-184, 1993

To increase the availability of the educational tool and to provide a graphical user interface, a windows-based version, WinRDBI, was made available in Fall 1996. The following paper describes the features of WinRDBI 1.0 and provides nontrivial examples, illustrating how to write queries in the formal languages to support (a limited form of) counting and minimum/maximum queries: WinRDBI: A Windows-based Relational Database Educational Tool

Suzanne W. Dietrich, Eric Eckert and Kevin Piscator

Proceedings of the 28th ACM SIGCSE Technical Symposium on Computer Science Education, San Jose, California, February 27 - March 1, 1997, pp. 126-130

Unfortunately, there were several limitations in the design of the graphical user interface for WinRDBI 1.0 that motivated a new version of the tool. For example, WinRDBI 1.0 allowed only one query in one language to be specified at any time. WinRBDI 2.0 is a redesign and rewrite of the graphical user interface, using the capabilities provided by Java Swing. WinRBDI 2.0 allows you to have multiple query files open at the same time operating on one underlying database. Since all versions of the educational tool recognize the same syntax for the four query languages, the publications on the previous versions of the tool provide useful examples.

We expect future releases of WinRDBI based on changes to the Java Foundation Classes (JFC). We also hope to incorporate the checking of key constraints and the inclusion of referential integrity in the future.

CSE 412/598

Class Related Publications

These documents are provided by the contributing authors as a means to ensure timely dissemination of scholarly and technical work on a non-commercial basis. Copyright and all rights therein are maintained by the authors or by other copyright holders, notwithstanding that they have offered their works here electronically. It is understood that all persons copying this information will adhere to the terms and constraints invoked by each author's copyright. These works may not be reposted without the explicit permission of the copyright holder.

Database Theory in Practice: Learning from Cooperative Group Projects

Suzanne W. Dietrich and Susan D. Urban,

Proceedings of the 27th ACM SIGCSE Technical Symposium on Computer Science Education Philadelphia, Pennsylvania, February 15-18, 1996, pp. 112-116q Integrating the Practical Use of a Database Product into a Theoretical Curriculum

Susan D. Urban and Suzanne W. Dietrich,

Proceedings of the 28th ACM SIGCSE Technical Symposium on Computer Science Education,San Jose, California, February 27 - March 1, 1997, pp. 121-125q WinRDBI: A Windows-based Relational Database Educational Tool

Suzanne W. Dietrich, Eric Eckert and Kevin Piscator

Proceedings of the 28th ACM SIGCSE Technical Symposium on Computer Science Education,San Jose, California, February 27 - March 1, 1997, pp. 126-130q A Cooperative Learning Approach to Database Group Projects:Integrating Theory and Practice

Suzanne W. Dietrich and Susan D. Urban,

IEEE Transactions on Education, November 1998, CD-ROM Directory 06, 11 p.q An Educational Tool for Formal Relational Database Query Languages

Suzanne W. Dietrich,

Computer Science Education, Vol. 4, pp. 157-184, 1993.

q CSE 412/598 Class Related Publications

WinRDBI Examples

Download Example

Reference

Company

Fundamentals of Database Systems R. Elmasri and S. Navathe Benjamin/Cummings Publishing, 2nd edition, 1994.University

Cars An Educational Tool for Formal Relational Database Query Languages Suzanne W. Dietrich,

Computer Science Education, Vol. 4, pp. 157-184, 1993.

Max Dept Salary

WinRDBI: A Windows-based Relational Database Educational Tool

Suzanne W. Dietrich, Eric Eckert and Kevin Piscator

Proceedings of the 28th ACM SIGCSE Technical Symposium on Computer

Science Education, San Jose, California, February 27 - March 1, 1997, pp.

126-130

WinRDBI Use at ASU

GWC 242/250

not find WinRDBI on the Solaris or Indy workstations.

Click on the Start menu and go to Programs.

Point to WinRDBI in the Programs menu, and click on WinRDBI 2.0

Note: If you print from GWC 242/250, collect your printouts downstairs (GWC 181).

IT Sites

To Install:

You need to get to the CSE412 Instructor Volume, either by an IV mount shortcut on the

desktop or through Start->Programs->Instructor Volume.

Double click on CSE412. This will create a shortcut to the U drive on the desktop (you will get no message stating that the shortcut has been created. After double clicking, immediately look for it on the desktop).

Double click on the U drive shortcut.

Click on the WinRDBI icon to install WinRDBI.

An icon for WinRDBI will be created on the desktop.

To Run WinRDBI:

Double click the WinRDBI icon on the desktop

Click on the Start menu and go to Programs.

Point to WinRDBI in the Programs menu, and click on WinRDBI

It may take 2-3 minutes for WinRDBI to load. Be patient! You will first see an ASU splash

screen before the main WinRDBI screen.

美国签证提交简历中英文样板---Sample-Resume-(使馆提供)

姓名(拼音和汉字): 性别: 出生日期: 出生地: 家庭住址: 单位地址: 家庭电话: 工作电话: 手机号码: 电子邮箱: 教育背景–请分别列出您取得的所有学位，从最高学位写起。月，年—月，年大学名称学位和专业论文标题/研究焦点（只对硕士和博士学位）工作经历–请列举您的所有工作经历。月，年—月，年单位名称地址职位或职称工作职责所获奖项及加入哪些团体组织（如果适用）出版物—请列出您发表的所有出版物标题、合作者和年份（如果适用）

出国经历—请列举您到访过的所有国家及到访时间国家（年）例如：美国（2002，2003）；加拿大（2008，2009）同行人–请写出和您一起赴美的所有同行人姓名及与您的关系

Name (in pinyin and Chinese): Gender: Date of Birth: Place of Birth: Home Address: Business Address: Home Phone: Work Phone: Mobile Phone: E-mail: Education – please list all degrees attained, beginning with the most recent Month, Year – Month, Year University Name Degree and Major Thesis Topic/Research Focus (for masters and phd degrees) Work Experience – please list all work experience Month, Year – Month, Year Employer Location Position or Title Duties Awards and Group Memberships – if any

机械加工中的刀具管理系统

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中英文简历全套简历模板

诺和诺德 [请输入文档标题] [请输入文档副标题] [请输入作者]

Life is like riding a bicycle. To keep your balance you must keep moving. 生活就像骑单车，只有不断前进，才能保持平衡。 P E R S O N A L N a m e: H a n Zhongyu G e n d e r: Female A g e : 19 Health: Excellent Hobbies: Paint draw, Badminton ， Personality: Honest , Creative, Cooperative, Dutiful and Dedicated, St r o n g,p r o v e n c o m m u n i c a t i o n s a b i l i t i e s b o t h w r i t t e n a n d v e r b a l i n E n g l i s h OBJECTIVE ? ~ EDUCA TION ? ~ ? ~ ? ~ ? ~ WORKING E X P E R I E N C E ~ ? TIME ： ~ ? POSITION ：

EXPERIENCE ： ~ ? ~ ? TIME ： ~ ? POSITION ： ~ ? EXPERIENCE ： ~ KNO WLEDGE B A C K G R O U N D ? Hardware —— System s t u d i e d The C i r c u i t E l e m e n t s, The S i m u l a t i o n Circuit, The D i g i t a l Circuit , The Function o f Computer Hardware T echnology ? Software —— Expert in computer programming ,familiar with the software of MA TLAB , C , PRO/E , AutoCAD

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The United States of America (also referred to as the United States, the U.S., the USA, or America) is a federal constitutional republic comprising fifty states and a federal district. The country is situated mostly in central North America, where its forty-eight contiguous states and Washington, D.C., the capital district, lie between the Pacific and Atlantic Oceans, bordered by Canada to the north and Mexico to the south. The state of Alaska is in the northwest of the continent, with Canada to the east and Russia to the west across the Bering Strait. The state of Hawaii is an archipelago in the mid-Pacific. The country also possesses several territories in the Caribbean and Pacific. At 3.79 million square miles and with over 310 million people, the United States is the third or fourth largest country by total area. It is one of the world's most ethnically diverse and multicultural nations, the product of large-scale immigration from many countries. The

基于数据库的刀具管理系统的设计与实现

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Airline codes ＆Radiotelephony Callsgin Airline Codes Radiotelephony Callsign Operating Agencies Country CCA AIR CHINA Air China China CSN CHINA SOUTHERN China Southern Airlines China CES CHINA EASTERN China Eastern Airlines China CHH HAINAN Hainan Airlines China CXA XIAMEN AIR Xiamen Airlines ChinaAL CDG SHANDONG Shandong Airlines China CSH SHANGHAI AIR Shanghai Airlines China CSZ SHENZHEN AIR Shenzhen Airlines China CKK CARGO KING China Cargo Airlines China CYZ CHINA POST China Postal Airlines China LKE LUCKY AIR Lucky Air China OKA OKAYJET Okay Airways China CAL DYNASTY China Airlines Taiwan China EVA EVA EVA Air Taiwan China MDA Mandarin Mandarin Airlines Taiwan China HKG HONGKONG GOVERNMENT Government Flying Service Hong Kong SAR of China HDA DRAGON Hong Kong Dragon Airlines Hong Kong SAR of China CPA CATHAY Cathay Pacific Hong Kong SAR of China CHC CHINA HELICOPTER China Ocean Helicopter Corporation China DER DEER JET Deer Jet China CFI CHINA JET Flight Inspection Center of the GAAC China

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Abstract China tool management technology compared with developed countries,is lagging behind. Tool used in the process issues with computer technology, manufacturing information, intelligence, and in CIMS tool automatically deploy, trim, scrap, ordering and technical statistics, has become the enterprises to reduce the use of tool costs,and it is an important way to improve production efficiency. In order to adapt to the new market environment, companies must make the production flexibility to respond quickly to market. Tool occupies a very important position in the entire production process, thereby increasing the utilization of the tool, the tool to effectively manage becomes very important. The tool management system is an important research topic in the field of advanced manufacturing technology, comprehensively enhance the resilience and competitiveness in the market has a very important significance. This paper discusses the tool management system technologies,mainly in the following: (1) analysis of the coding system of the tool,combined with the state of the business, the design of the NC workshop tool coding (2) established a model to add, delete, and statistical tool information. (3) using SQL Server 2008 as a physical database to establish a link between the data. The system has a strong practical and provides an effective tool for enterprises to improve productivity to promote various departments of the enterprise information sharing. Key words:Tool management system? SQL Server；data base

美国签证用到个人简历模板中英文

Nonimmigrant Visa Resume Name: Date and country of birth: Place of birth: Gender: Home address and contact information: Company address and contact information: Cell phone Number: Email Address: Name and date of birth of spouse: Name and date of birth of Child: Education Name of university: Date of Attendance: Degree level: Course of study: Work experience If more than one, list from the latest.

Name: Address: Job title: Dates of employment: Telephone No.: Supervisor’s Name: Responsibility: Travel Country, year, purpose Statement of Intent Proposed schedule: See attached Associate: 非移民签证简历姓名：出生日期和国家：出生地：性别：家庭地址和电话：公司地址和电话：手机号码：

电子邮箱：配偶姓名及出生日期：孩子姓名及出生日期：教育经历大学名称：在校时间：学位：专业：工作经验如果超过一家的工作经历，从最近的列明。公司名称：地址：职称：起至时间：电话：主管姓名：职责：

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航空公司名称中英对照航空公司名称中英对照 China Airlines ||中华航空公司 Xinjiang Airlines ||中国新疆航空公司 China Southwest Airlines ||中国西南航空公司 China Northwest Airlines ||中国西北航空公司 China Southern Airlines ||中国南方航空公司 Air China ||中国国际航空公司 China National Aviation Corporation ||中国国际航空公司China Eastern Airlines ||中国东方航空公司 China Northern Airlines ||中国北方航空公司 Lan Chile Airlines ||智利航空公司 Pacific Airlines ||越南太平洋航空 Vietnam Airlines ||越南航空公司 British Midland ||英国米德兰航空公司 British Airways ||英国航空公司 Jet Airways ||印度捷达航空公司 Air India ||印度航空公司 Alitalia ||意大利航空公司 EL AL Israel Airlines Ltd ||以色列航空公司 AirAsia ||亚洲航空 Emirates Airline ||亚联酋航空公司 Malev - Hungarian Airline ||匈牙利航空公司 Singapore Airlines ||新加坡航空公司 Air Niugini ||新畿内亚航空公司 Hong Kong Airlines Limited ||香港航空有限公司Xiamen Airlines ||厦门航空公司 Aloha Airlines Hawaii||夏威夷航空公司 Olympic Airways ||希腊奥林匹克航空公司 Northwest Airlines ||西北航空公司 Iberia Airlines of Spain ||西班牙航空公司 Uzbekistan Airways ||乌兹别克航空公司 Servivensa ||温萨服务公司 Avensa ||委内瑞拉国内航空公司 Virgin Atlantic Airways ||维珍航空公司 Lauda Air Hong Kong ||维也纳航空公司 Turkish Airlines ||土耳其航空公司 Tyrolean Airways ||提洛林航空公司 Thai Airways Int'l ||泰国国际航空公司 Orient Thai Airlines ||泰国东方航空公司 Cebu Pacific Air ||宿务太平洋航空公司 SriLankan Airlines ||斯里兰卡航空公司 Silk Air ||胜安航空公司

美国签证提交简历中英文样板SampleResume使馆提供

美国签证提交简历中英文样板S a m p l e R e s u m e 使馆提供集团公司文件内部编码：（TTT-UUTT-MMYB-URTTY-ITTLTY-

国家（年）例如：美国（2002，2003）；加拿大（2008，2009）同行人–请写出和您一起赴美的所有同行人姓名及与您的关系

Name(inpinyinandChinese): Gender: DateofBirth: PlaceofBirth: HomeAddress: BusinessAddress: HomePhone: WorkPhone: MobilePhone: E-mail: Education–pleaselistalldegreesattained,beginningwiththemostrecent Month,Year–Month,YearUniversityName DegreeandMajor ThesisTopic/ResearchFocus(formastersandphddegrees) WorkExperience–pleaselistallworkexperience Month,Year–Month,YearEmployer Location PositionorTitle Duties AwardsandGroupMemberships–ifany Publications–pleaselistallpublications,ifany TravelHistory–pleaselistallcountriesyouhavevisited Example:U.S.（2002,2003)；Canada（2008,2009）

各航空公司的中英文对照

各航空公司的中英文对照 Company number：【WTUT-WT88Y-W8BBGB-BWYTT-19998】

航空公司名称中英对照 ChinaAirlines||中华航空公司 XinjiangAirlines||中国新疆航空公司ChinaSouthwestAirlines||中国西南航空公司ChinaNorthwestAirlines||中国西北航空公司ChinaSouthernAirlines||中国南方航空公司 AirChina||中国国际航空公司ChinaNationalAviationCorporation||中国国际航空公司ChinaEasternAirlines||中国东方航空公司ChinaNorthernAirlines||中国北方航空公司LanChileAirlines||智利航空公司 PacificAirlines||越南太平洋航空 VietnamAirlines||越南航空公司 BritishMidland||英国米德兰航空公司 BritishAirways||英国航空公司 JetAirways||印度捷达航空公司 AirIndia||印度航空公司 Alitalia||意大利航空公司 ELALIsraelAirlinesLtd||以色列航空公司 AirAsia||亚洲航空 EmiratesAirline||亚联酋航空公司 Malev-HungarianAirline||匈牙利航空公司SingaporeAirlines||新加坡航空公司 AirNiugini||新畿内亚航空公司HongKongAirlinesLimited||香港航空有限公司XiamenAirlines||厦门航空公司AlohaAirlinesHawaii||夏威夷航空公司OlympicAirways||希腊奥林匹克航空公司

英文简历美国签证需要用到的个人简历中英文

英文简历美国签证需要用到的个人简历中英文 Document number【SA80SAB-SAA9SYT-SAATC-SA6UT-SA18】

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