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Allocation [18]. Alternatives [303].

Allocation [18]. Alternatives [303].
Allocation [18]. Alternatives [303].

A Bibliography of Publications in IEEE Computer:

1980–1989

Nelson H.F.Beebe

Center for Scienti?c Computing

University of Utah

Department of Mathematics,110LCB

155S1400E RM233

Salt Lake City,UT84112-0090

USA

Tel:+18015815254

FAX:+18015851640,+18015814148

E-mail:beebe@https://www.doczj.com/doc/e84718564.html,,beebe@https://www.doczj.com/doc/e84718564.html,,beebe@https://www.doczj.com/doc/e84718564.html,,beebe@https://www.doczj.com/doc/e84718564.html,(Internet WWW URL:https://www.doczj.com/doc/e84718564.html,/~beebe/

16January2003

Version2.03

Title word cross-reference

3[102].

-D[102].

1[173,301].11[44].1980s[189].1990s[82]. 2D[307].

3[103,308].3-D[103,308].38[141].

3D[182,307].

5[254].

754[25].79[31].

Abingdon[300].Abstractions[124]. Access[208,224].accidents[164]. According[217].Accuracy[270].

ACM[198].Acquisition[307].

across[263].Ada[30,138,146,264]. Adaptable[16,89].

Adaptive[178,209,213,295].Added[112]. Addressable[303].ADMS[152]. Advanced[98,257,287].

aerodynamics[314].Alamos[311]. Algebra[174].algorithm[338]. Algorithmic[132,268,293].

Algorithms[8,48,104,108,156,177,242]. Allocation[18].Alternatives[303]. Ambler[291].Amdahl[241].Ames[314]. Analog[211].Analysis[24,40,76,122]. Animating[121].Appendum[244]. Application[226].

1

2

Applications[25,66,72,109,233,313]. Applying[63].Appreciation[216,244]. Apprentice[245].

Approach[65,71,78,139,323,326]. Approaches[3,227].April[244]. Arbitrary[242].

Architecture[13,33,72,87,115,128,161, 162,167,207,233,236,241,259]. Architecture/Compiler[167]. Architectures[16,49,70,133,157,159,248]. area[11].Arithmetic[2,22,23,25,50]. Armstrong[226].

Array[33–35,172,175,177,178,242]. Arrays[134,156,171,176,180,181,220]. ART[213].Arti?cial[157,159]. assembly[273].Assistant[142,281]. Associative[303].Assuring[319]. Astronautics[301].Augmented[169]. Authority[208].automated[273]. Automatic[61,234,279].

Automation[29,267,272–275]. automation-robotics[275].

Autonomous[290–292].Avalon[252]. Avalon/C[252].

Back[3,4].Back-End[3,4].

Balancing[57].band[11].

Base[38,39,63,161,192].

Based[6,57,80,94,127,140,155,182–187,278,336].batch[273].

Beamforming[178].Behavior[79]. benchmark[300].Beyond[123]. Bibliography[215].Bidirectional[218]. Binary[22,211,217].Birth[256].

Book[126].Box[225].

Box-Structured[225].Branch[84]. Broadband[327].Broadcast[8]. Browsing[139,202].Bu?er[44,84]. Building[80,165,298].bullet[164].

Bus[15].Business[29].

C[252].C2[255].Cabinet[224].

caches[250].

CAD[104,160,182,183,186,284].CAD-based[182].calculating[9].

CAM[104].Camera[111].

Capacity[118,141].Case[190,191,250]. CCD[219].Cellular[87,179].

Center[313,314].Chaining[318]. Characterization[231].Charlotte[320]. Checking[7].Chinese[105].

Chinese/Kanji[105].Chip[31,218]. Chips[1].Circuit[326].

Circuits[7,218,219,279].Cm*[67].

Code[263].Codes[7].coding[339]. Coherence[204].Collapsed[280]. Collapsed-Fault[280].Color[77]. Combinatorial[116].Combining[285]. Commercial[165,208].

Communication[11,65].

Comparison[217].Compiler[10,167,264]. Compiler-Compiler[10].

Complete[151,342].Complex[190]. Complexity[123].Components[136]. Composing[261].

Compression[90,338,339,342]. Computation[14,48,222,270]. computational[314].Computations[323]. Computer[21,37,54,57,62,65,70,73,91,97, 99,101,111,115,127,157,161,167,173,198, 248,257,266,330,334,336].

Computer-Based[127].

Computers[123,189,232,237,304]. Computing[11,34,47,50,148,198,211,214, 240,265,330].Concept[171,172,181,203]. Concepts[109,238,287].

Concurrent[50,107,232,323].

Conference[239].Conferencing[127]. Con?guration[112,325].

Con?gurations[137].CONLAN[109]. Connection[233].Connectionist[159]. Considerations[6,60,155,258]. Constrained[296].Constraints[337]. Construction[103,203].Content[303]. Content-Addressable[303].

Contention[246].

Control[88,143,184,187,208].

Controller[178].Controlling[295].

3

Controversy[123].Convex[255].

Core[198].Correcting[7].

Correctness[229,247].Coupled[206]. Coverage[280].Covered[151].

Cray[256,318].Criteria[217].Cross[300]. Crossbar[170].

Current[119,128,218,229,272–275]. Current-Mode[218].Curriculum[321]. Curved[68].Cut[112].Cydra[254].

D[102,103,308].DARPA[73,130].

Data[17,18,38–41,52–55,58,63,90,104,105, 161,181,192,227,242,306–

309,315,333,336,338,342].data-base[39]. Data-Driven[181,242].

Data/Knowledge[161,192].

Database[70,85,89,96,101,135,139,332, 334].Databases[125,150,154,160,191,337]. Data?ow[51,132].Deadlock[12,328]. Debugging[324].decisions[254]. Declarative[323].Decomposing[104]. defense[260].De?nitive[341]. Denormalized[26].departmental[254]. Depth[298].Description[110].

Design[1,6,44,65,84,88,89,107,124,135, 138,143,144,152,155,178,193,230,249,254, 255,258,281,302,326,336].Designing[320]. Designs[278].detection[328]. Determining[77].

Development[120,194,199,223,278,282]. Developments[175].Diagnostic[96]. Digital[79,207].direct[250].

direct-mapped[250].Directed[96]. Directions[13].Discipline[198,265,266]. Disk[58,118,155].Disk-Based[155]. Disks[224].Display[306].Distributed[8, 11,18,66,131,138,168,251,297,311,328]. distributions[9].do[163].

Document[128,199,200].domain[241]. Domesticating[147].Down[103]. drawing[5].Drawings[103].

Driven[181,230,242].Dual[183]. Dynamic[243,301].Earth[309].easy[5].easy-to-use[5]. Editing[200].Editor[168,215].

Editors[83,195,332].education[266].

E?cient[107,151].

Electronic[75,126,274,310].End[3,4]. Engineer[281].Engineering[103,125,164, 255,285,305,321].Enhancement[223]. Enhancing[125].Environment[27,28,30, 93,100,139,145,197,203,222,281,298]. Environments[193,194,196,322].

Errata[23].Error[7].

Error-Correcting[7].essence[164]. Essential[113,177].Ethernet[62]. Evaluating[137].Evaluation[165].

Event[204].Evolution[62,283,322,330]. Exception[271].Exchange[169]. Execution[45].Exercise[230]. Expanding[305].Experience[80,320]. Experimental[130,315].

Experiments[61].

Expert[96,141,143–145,165,238]. Exploration[291].Expressing[108]. Facilitate[35].Facility[222,287,320]. Facts[202].Fault[95,176,206,280].

Fault-Tolerant[95,206].Federal[114]. Field[306].Fifth[115].

Fifth-Generation[115].File[61,161,224]. Filtering[209].Finding[202].Fixed[156]. Fixed-Size[156].Flames[307].

Flexible[66].Flight[287].

Floating[2,22–25].Floating-Point[22,24]. Flow[17,52–55,63,306].Flows[307].

Fluid[306].FolioPub[201].Force[198]. Formal[229].Formalization[196].

Format[340].Formats[128].

Fortran[35,228].Framework[284,293]. Free[59].Friends[147].

Functional[78,149].Functionally[33]. Fuzzy[238].

GaAs[167,178].Gateway[46].

Gateways[72,73].General[173,258]. General-Purpose[173,258].

4

Generating[280].

Generation[19,115,240,277,279]. Genesis[101].Gentest[279].

geographic[40,333].GEOMATIC[102]. Geometric[270].Good[319]. Government[114].Graduation[289]. graph[5].Graphic[102,340].

Graphical[100,119,120,251,325]. Graphics[21,97,129,236].graphs[53]. Grasping[272].Grids[294].

Guest[83,168,215,332].Guide[2,23,341]. Handling[144,271].

Hardware[79,106,108,110,229,281,331]. Hashing[243].

Heterogeneous[73,85,222].

High[90,118,207,237,277].

High-Level[277].

High-Speed[118,207,237].Highly[47,50]. Holy[36].Hyper[227].

Hyper-Semantic[227].

Hyperchannel[74].Hypertext[188,202]. IBM[141,228,316,318].ICs[217].

IEEE[25].IEEE-754[25].If[59].

Image[70,332,335].impact[11]. Implementation[2,23,151,171,172,181, 210].implementations[109].

individual[339].In?uence[322]. Information[40,41,129,203,249,298,333]. Inheritance[252].Inspection[299]. inspections[247].Institute[289,321]. Instruction[92,123,190,301].

Instruction-Level[92].

Integrated[70,193,336].

Integrating[34,135,180].Integration[88]. Integrity[337].Intelligence[157,159]. Intelligent[46,272,290].

Interactive[97,100,308].

Interchange[128,129].

Interconnecting[73,75,85,136]. Interconnection[42,43,168,169,262]. Interface[124,286].Interfaces[251,261]. Interfacing[104].Interlisp[28].Intermedia[203].Internal[243]. International[128].Internet[73]. internetworking[72].Intero?ce[131]. Interpreter[69].Interpreting[32]. InterViews[261].Introduction[83,168, 188,215,229,231,332].investigate[247].

IS-A[76].ISDN[327].Isn’t[76].

ISR[334].Issues[4,13,113,138,264]. Jukebox[118].

Kanji[105].Kernel[297].Kingdom[175]. Knowledge[78,80,81,96,125,143,161,192, 202,285,336].Knowledge-Based[80,336]. Knowledge-Directed[96].

KRYPTON[78].

Laboratory[311,312,315].

LANDSAT[40].

Language[13,29,107,108,110,195,322,336]. Languages[39,52,55].

Large[14,48,118,134,161,191,309].

Large-Capacity[118].Large-Scale[14]. Lawrence[312].learned[293].

Learning[292,296].length[9].

Level[92,269,277].Library[278].

Library-Based[278].Linda[147].

Linear[174].Links[74,76].

LISP[31,162,231].Livermore[312].

Load[57].Local[11,57,62].

Localization[186].

Logic[215,216,218,220,244].

Machine[115,233].

Machines[55,63,162,192,290].

Mail[75,130,131].Maintenance[302]. Management[56,70,85,153,201,239,286, 332,336].Managing[160].

Manipulating[41].Manipulation[299]. Manipulators[187].Manufacturing[186]. Map[333].mapped[250].

Mapping[156,177,249].Mass[59,60,117]. Master[321].Matrix[50,173].

Matrix-1[173].matures[266].

5

Maximum[228].Measuring[9,68]. Mechanical[103,143,273].Medical[308]. Memories[95].Memory[37,56,246,303]. Message[232].Message-Passing[232]. Metadata[153].Methodology[88,89]. methods[304].Microcomputer[15]. Microprocessor[6,86,258]. Microprocessor-Based[6].Mid[189].

Mid-1980s[189].Migration[61,320].

Mini[163].Mini-Super[163]. Misconceptions[240].MML[86].

Mobile[292,294].Mode[218].

Model[117,185–187,210,223,298,335]. Model-Based[185–187].

Modeling[92,104,160,221,227].

Modular[42].Monitoring[45].

Motion[32,211,268].Motions[269].

MP[256,318].Multicomputer[137,221]. Multicomputers[232].Multilevel[72]. Multimedia[130,155].

Multiple[86,199,215,216,218–

220,241,244].multiple-domain[241]. Multiple-Microprocessor[86].

Multiple-Valued[215,216,218–220,244]. Multiplier[218].Multiprocessing[116]. Multiprocessor[94,113,206,226,262]. Multiprocessors[132,204,246]. Multisensor[297].Multistage[169]. Multivalued[217].Myths[234].

NASA[314].National[239,311–313]. Nature[165].Naval[315].

Navigation[292–294].Nets[209].

Network[3,57,62,65,74,205,210,212,213, 288,327,340].

Networks[4,20,42,43,48,73,76,91,168–170,211,214,262].

Neural[209,210,212–214,296].Next[240]. Next-Generation[240].No[164]. Nonlinear[296].Null[178].Numbers[26]. OBE[29].

Object[103,155,182,284,319,335].

Object-Oriented[284,319].Objects[32,154].Occluded[185]. Occupancy[294].O?ce[29,128].

O?s[44,254].Once[224].

Operating[56,98,138,205].

Operator[142].Opinion[55]. Opportunities[305].

Optical[58,118,155,170,192,224,327]. Optimization[220,231,263].

Optimum[207].Ordering[204]. Organization[44].Organizing[213]. Oriented[284,319].Overlapping[111]. Overview[10,12,245].

package[5].Packet[42].Paper[144]. Para[149].Para-Functional[149]. Paradigm[82].Parallel[33,47,48,93,114, 115,133,146,148,168,174,191,207,304]. Parallelism[147,166].PARET[221]. Part[77].Partially[185].

Partitioning[156,177].

Parts[111,185,186].Passing[232]. Patrec[96].Pattern[99,209,212,213]. PC[316].peace[36].Perception[294]. Performance[4,90,94,122,132,137,155, 228,262,324].Persistent[71]. Perspective[30,330].Perspectives[14]. philosophies[254].Pick[269].

Pick-and-Place[269].PICT[100]. Pictorial[38–41,337].Picture[39]. Pipelining[318].pivotal[260].

Place[269].Planetary[291].

Planning[141,185,268,269,273]. Plausibility[230].

Plausibility-Driven[230].plea[36]. PNG[340,341].Point[2,22–25].

Poker[93].Portable[340].Power[142]. Practical[54,197].Precision[259]. Precompilation[35].Predictable[297]. Prediction[84,184].

Prediction-Based[184].

Preliminary[198].Price[112,158].

Pride[144].Principles[152].

Problem[12,240].Problems[116,270]. procedures[263].Process[88,320].

6

Processing[18,35,40,50,70,105,146,157, 168,179,195,206,207,276,333,334]. Processor[34,92,112,114,134,174,181, 231].Processors[33,172,177,189]. Production[10,140].

Program[45,53,92,120,195,247]. Programmable[220,288].

Programmer[245].Programming[27,28, 71,86,93,100,119,149,166,187,193,196,197, 228,234,273,325,336].

Programs[35,114,121,319].

project[10,109,313].PROLOG[107]. Properties[252].Proposals[24]. Proposed[2,15,22,23,25].

Prospects[234].Protocols[327]. Prototypes[286].

Prototyping[274,282,283,285,287,288]. PSN[80].Publication[201].

Purpose[1,173,258].

QBE[29].QBE/OBE[29].Quality[10]. Quantum[310].Query[39,276].

Query-Processing[276].Querying[191]. queue[9].

R&D[239].RAM[303].Random[224]. Random-Access[224].

Rapid[282,283,285,287].rate[339]. Reaching[21].Reading[126].

Real[66,127,207,240,297].

Real-Time[66,127,207,240,297]. Recognition[99,111,209,212,213,335]. Recognizing[185].

Recommendations[321].

Recon?guration[133].

Recovery[252,302].Reduced[231]. Reduced-Introduction-Set[231]. Reducing[246].Reduction[94]. Reduction-Based[94].

Reference[117,342].Re?nement[225]. Relationships[77].Relief[102].

Remote[222].report[198,266,329,331]. Representation[78,125,182,199,249,306, 307].Representations[183].Representing[79,81].

Research[115,229,245,272–

275,287,305,314,315].Resistive[211]. retrospective[317].Reuse[302].

Reusing[136].RISC[64,189].

Rivers[313].

Robot[68,182,184,187,269,292–294]. Robotic[273,299].

Robotics[267,268,271–275].

Robustness[270].Rochester[46].

Role[129,310].Routing[91].Rover[291]. Rule[140].Rule-Based[140].

Saxpy[173].Scale[14,48].Schedule[140]. Scheduling[301].Scheme[31].

Scheme-79[31].science[198,266]. Sciences[309].

Scienti?c[14,34,197,257,305,313,314]. SDI[145].Seamless[203].Search[116]. Second[19,55].Secure[276].Segue[251]. Self[7,213].Self-Checking[7].

Self-Organizing[213].Semantic[76,227]. Semiconductor[95].

Semiconductors[310].sequences[339]. Sequential[279,338].Sequoia[206]. Serious[240].Server[155].

Set[86,231,280].Sets[123,190,306,309]. Shapes[103].Shared[246].

Shared-Memory[246].Shu?e[169].

Shu?e-Exchange[169].Shu?es[43]. Signal[50,179,207].silver[164]. Simulated[94].

Simulation[8,102,122,310].

Single[111,280].Single-Stuck-Fault[280]. Size[156].SLAPP[174].

Smalltalk[121,158].Snowbird[266]. Software[60,82,120,136,164,194,223,226, 253,260,282,283,285,321].Solid[104]. Some[175].Source[208].Soviet[237]. Space[32].Spatial[337].Special[1]. Special-Purpose[1].Speci?cation[337]. spectrum[330].Speed[118,207,237,318]. Spherical[183].Spiral[223].Sprite[205]. Stack[163].Standard[2,15,22–25,286].

7

Standardization[128].Standards[129]. Star[317].Static[243].Status[128]. Steering[178].Step[177].Stepwise[225]. Storage[4,58–60,117].Storming[285]. Strategic[239,260].

Strategies[84,91,133,276].Strategy[185]. Structure[79].Structured[214,225,326]. Structures[41,50,104].Stuck[280].

Study[191].Style[319].Styles[200]. summary[331].Super[16,163]. Supercomputer[236,254,256,331]. Supercomputers[17,19,253]. Supercomputing[313].

Supersystem[180].

Support[88,120,251,281].Surfaces[68]. Surrogate[161].Survey[45,47,119,129, 188,189,229,235,300,304,329].

Suspension[295].Switching[42]. Symbolic[148,334].

Synchronization[8,204,252,304]. Synchronizing[134].Synchronous[327]. Synergism[167].System[15,34,56,96, 102,118,130,131,138,140–144,165,179,183, 201,205,224,226,272,279,288,299,336]. System/38[141].

Systems[11,16,37–39,41,42,51,60,75,80, 85,98,113,115,117,127,144,145,167,200, 202,221,225,238,240,286,287,297,328,333]. Systolic[49,156,171,173–180].

Systolic/Cellular[179].

Tables[243,331].talk[289].target[84]. Task[18,198,269].Task-Level[269]. Taulbee[235,329].Taxonomic[76]. Taxonomy[248].technique[90]. Techniques[63,86,119,152,176,192]. Technology[82,264,322].Temporal[150]. terrain[249].terrains[293].

Test[277–279,281].Test-Generation[279]. Testability[6,281].Testbed[65–67].

T E Xnology[316].Text[105].Their[129]. TI[257].Tightly[206].

Time[66,77,127,207,240,297].Titan[236]. Toast[142].Tolerance[176].Tolerant[95,206].Tools[83,86,165,312]. Top[103].Top-Down[103].

Topology[306].Trade[44,254].

Trade-O?s[44,254].Traditional[227]. Transaction[206].Transformations[296]. Translation[44].Transport[310]. Turbulent[307].Tutorial[216,244].

Two[111].Type[77].

U[69].U-Interpreter[69].

Ubiquitous[303].Under?ow[26].

Union[237].United[175].universal[338]. Unix[27,57].Unix-Based[57].

unknown[293].update[331].USC[275]. use[5].User[21,124,135,261,286].

Using[8,43,82,111,121,211,247,294,298]. Valued[215,216,218–220,244].

variable[339].V AX[44,56].V AX-11[44]. V AX/VMS[56].Vector[19,228,306,318]. Vehicle[295].Veri?cation[106,225,229]. Very[48,161].Very-Large-Scale[48]. VHSIC[110].via[339].Videotex[20]. Views[135,154].Virtual[56].

Vision[68,99,182,184,299,334,336].

Visual[81,122,139,212,322].

Visualization[120,305,308,310–315]. Visualizing[309,323,324].Visually[32]. VLSI[1,64,83,87,107,134,210,217,242, 277,284,326].VMS[56].vs[202,228]. Wang[289].Wars[36].Wavefront[172]. Were[59].Whistle[278].wide[11].

wide-band[11].Windows[151]. Workbench[278].Workstation[122]. world[81].Write[224].Write-Once[224]. Writing[126].

X[256,318].X-MP[256,318].Xerox[317]. Zeus[108].ZS[301].ZS-1[301].

REFERENCES8

References

Foster:1980:DSV [1]M.J.Foster and H.T.Kung.The design

of special-purpose VLSI https://www.doczj.com/doc/e84718564.html,-

puter,13(1):26–40,January1980.CO-

DEN CPTRB4.ISSN0018-9162.

Coonen:1980:IGP [2]Jerome T.Coonen.An implementation

guide to a proposed standard for?oating

point https://www.doczj.com/doc/e84718564.html,puter,13(1):68–

79,January1980.CODEN CPTRB4.

ISSN0018-9162.See errata in[23].

Thornton:1980:BNA [3]J. E.Thornton.Back-end network

https://www.doczj.com/doc/e84718564.html,puter,13(2):10–17,

February1980.CODEN CPTRB4.

ISSN0018-9162.

Chlamatac:1980:PIB [4]I.Chlamatac,W.R.Franta,P.C.Pat-

ton,B.,and Wells.Performance issues in

back-end storage https://www.doczj.com/doc/e84718564.html,puter,

13(2):18–31,February1980.CODEN

CPTRB4.ISSN0018-9162.

Butland:1980:EGD [5]J.Butland and S.D.Butland.An easy-

to-use graph drawing https://www.doczj.com/doc/e84718564.html,-

puter,13(2):69–80,February1980.CO-

DEN CPTRB4.ISSN0018-9162.

Hayes:1980:TCM [6]J.P.Hayes and E.J.McCluskey.Testa-

bility considerations in microprocessor-

based https://www.doczj.com/doc/e84718564.html,puter,13(3):17–26,

March1980.CODEN CPTRB4.ISSN

0018-9162.

Pradhan:1980:ECS [7]D.K.Pradhan and J.J.Sti?er.Error-

correcting codes and self-checking cir-

https://www.doczj.com/doc/e84718564.html,puter,13(3):27–37,March

1980.CODEN CPTRB4.ISSN0018-

9162.

Peacock:1980:DSU [8]K.Peacock,E.Manning,and J.Wong.

Synchronization of distributed simula-

tion using broadcast https://www.doczj.com/doc/e84718564.html,-

puter,13(4):3–10,April1980.CODEN

CPTRB4.ISSN0018-9162.

Buzen:1980:MCQ [9]Je?rey P.Buzen and Peter J.Denning.

Measuring and calculating queue length

https://www.doczj.com/doc/e84718564.html,puter,13(4):33–44,

April1980.CODEN CPTRB4.ISSN

0018-9162.

Leverett:1980:OPC [10]Bruce W.Leverett,R.G.G.Cattell,

S.O.Hobbs,J.M.Newcomer, A.H.

Reiner,B.R.Schatz,and W.A.Wulf.

An overview of the Production Quality

Compiler-Compiler https://www.doczj.com/doc/e84718564.html,puter,

13(8):38–49,August1980.CODEN CP-

TRB4.ISSN0018-9162.

Wilkes:1980:IWL [11]M.V.Wilkes.The impact of wide-

band local area communication systems

on distributed https://www.doczj.com/doc/e84718564.html,puter,

13(9):22–25,September1980.CODEN

CPTRB4.ISSN0018-9162.

Isloor:1980:DPO [12]S.S.Isloor and T.A.Marsland.The

deadlock problem:An https://www.doczj.com/doc/e84718564.html,-

puter,13(9):58–78,September1980.

CODEN CPTRB4.ISSN0018-9162.

Flynn:1980:DIA [13]M.Flynn.Directions and issues in ar-

chitecture and https://www.doczj.com/doc/e84718564.html,puter,13

(10):5–22,October1980.CODEN CP-

TRB4.ISSN0018-9162.

REFERENCES9

Rodrigue:1980:PLS [14]G.Rodrigue, E. D.Giroux,and

M.Pratt.Perspectives on large-scale

scienti?c https://www.doczj.com/doc/e84718564.html,puter,13

(10):65–80,October1980.CODEN CP-

TRB4.ISSN0018-9162.

Boberg:1980:PMS [15]R.W.Boberg et al.Proposed Mi-

crocomputer System796Bus Standard.

Computer,13(10):89–105,October1980.

CODEN CPTRB4.ISSN0018-9162.

Vick:1980:AAS [16]C.R.Vick,S.P.Kartashev,and S.I.

Kartashev.Adaptable architectures for

super https://www.doczj.com/doc/e84718564.html,puter,13(11):17–

35,November1980.CODEN CPTRB4.

ISSN0018-9162.

Dennis:1980:DFS [17]Jack B.Dennis.Data?ow supercomput-

https://www.doczj.com/doc/e84718564.html,puter,13(11):48–56,November

1980.CODEN CPTRB4.ISSN0018-

9162.

Chu:1980:TAD [18]W.W.Chu,L.J.Holloway,https://www.doczj.com/doc/e84718564.html,n,and

K.Efe.Task allocation in distributed

data https://www.doczj.com/doc/e84718564.html,puter,13(11):57–

69,November1980.CODEN CPTRB4.

ISSN0018-9162.

Kozdrowicki:1980:SGV [19]E.W.Kozdrowicki and Douglas J.

Theis.Second generation of vector su-

https://www.doczj.com/doc/e84718564.html,puter,13(11):71–

83,November1980.CODEN CPTRB4.

ISSN0018-9162.

Ball:1980:VN [20]A.J.S.Ball,G.V.Bochmann,and

J.Gecsei.Videotex https://www.doczj.com/doc/e84718564.html,-

puter,13(12):8–14,December1980.CO-

DEN CPTRB4.ISSN0018-9162.

Myers:1981:CGR [21]https://www.doczj.com/doc/e84718564.html,puter graphics:Reach-

ing the https://www.doczj.com/doc/e84718564.html,puter,14(3):7–10,14,

17,March1981.CODEN CPTRB4.

ISSN0018-9162.

Stevenson:1981:PSB [22]David Stevenson.A proposed stan-

dard for binary?oating-point arith-

https://www.doczj.com/doc/e84718564.html,puter,14(3):51–62,March

1981.CODEN CPTRB4.ISSN0018-

9162.

Coonen:1981:EIG [23]Jerome T.Coonen.Errata:An imple-

mentation guide to a proposed standard

for?oating point https://www.doczj.com/doc/e84718564.html,puter,

14(3):62–??,March1981.CODEN CP-

TRB4.ISSN0018-9162.See[2].

Cody:1981:APF [24]William J.Cody,Jr.Analysis of propos-

als for the?oating-point https://www.doczj.com/doc/e84718564.html,-

puter,14(3):63–69,March1981.CO-

DEN CPTRB4.ISSN0018-9162.

Hough:1981:API [25]David Hough.Applications of the pro-

posed IEEE-754standard for?oating

point https://www.doczj.com/doc/e84718564.html,puter,14(3):70–

74,March1981.CODEN CPTRB4.

ISSN0018-9162.

Coonen:1981:UDN [26]Jerome T.Coonen.Under?ow and the

denormalized https://www.doczj.com/doc/e84718564.html,puter,14

(3):75–87,March1981.CODEN CP-

TRB4.ISSN0018-9162.

Kernighan:1981:UPE [27]B.W.Kernighan and J.R.Mashey.The

Unix programming https://www.doczj.com/doc/e84718564.html,-

REFERENCES10

puter,14(4):12–24,April1981.CODEN

CPTRB4.ISSN0018-9162.

Teitelman:1981:IPE [28]Warren Teitelman and Larry Masin-

ter.The Interlisp programming envi-

https://www.doczj.com/doc/e84718564.html,puter,14(4):25–33,April

1981.CODEN CPTRB4.ISSN0018-

9162.

Zloof:1981:QOA [29]M.M.Zloof.QBE/OBE:A language for

o?ce and business https://www.doczj.com/doc/e84718564.html,-

puter,14(5):13–22,May1981.CODEN

CPTRB4.ISSN0018-9162.

Stenning:1981:AEA [30]V.Stenning,R.Froggatt,R.Gilbert,

and E.Thomas.The Ada environment:

A https://www.doczj.com/doc/e84718564.html,puter,14(6):26–36,

June1981.CODEN CPTRB4.ISSN

0018-9162.

Sussman:1981:SLC [31]Gerald Jay Sussman,Jack Holloway,

Guy Lewis Steele,Jr.,and Alan Bell.

Scheme-79—Lisp on a https://www.doczj.com/doc/e84718564.html,puter,

14(7):10–21,July1981.CODEN CP-

TRB4.ISSN0018-9162.

Webb:1981:VIM [32]Jon A.Webb and J.K.Aggarwal.Visu-

ally interpreting the motion of objects in

https://www.doczj.com/doc/e84718564.html,puter,14(8):40–46,August

1981.CODEN CPTRB4.ISSN0018-

9162.

Cohler:1981:FPA [33]E.U.Cohler and J.E.Storer.Func-

tionally parallel architecture for array

https://www.doczj.com/doc/e84718564.html,puter,14(9):28–36,

September1981.CODEN CPTRB4.

ISSN0018-9162.

Maron:1981:IAP [34]N.Maron and T.A.Brengle.Integrat-

ing an array processor into a scienti?c

computing https://www.doczj.com/doc/e84718564.html,puter,14(9):41–

44,September1981.CODEN CPTRB4.

ISSN0018-9162.

Brode:1981:PFP [35]B.Brode.Precompilation of Fortran

programs to facilitate array process-

https://www.doczj.com/doc/e84718564.html,puter,14(9):46–51,September

1981.CODEN CPTRB4.ISSN0018-

9162.

Cohen:1981:HWP [36]Danny Cohen.On Holy Wars and a

plea for https://www.doczj.com/doc/e84718564.html,puter,14(10):48–

54,October1981.CODEN CPTRB4.

ISSN0018-9162.This is an entertaining

account of the Big-Endian and Little-

Endian problems of bit and byte order-

ing.

Pohm:1981:CMS [37]A.V.Pohm and https://www.doczj.com/doc/e84718564.html,puter

memory https://www.doczj.com/doc/e84718564.html,puter,14(10):93–

110,October1981.CODEN CPTRB4.

ISSN0018-9162.

Chang:1981:PDB [38]S.K.Chang and T.L.Kunii.Pictorial

data base https://www.doczj.com/doc/e84718564.html,puter,14(11):

13–21,November1981.CODEN CP-

TRB4.ISSN0018-9162.

Chang:1981:PQL [39]N.S.Chang and K.S.Fu.Picture query

languages for pictorial data-base sys-

https://www.doczj.com/doc/e84718564.html,puter,14(11):23–33,Novem-

ber1981.CODEN CPTRB4.ISSN

0018-9162.

REFERENCES11

Zobrist:1981:PIP [40]A.L.Zobrist and G.Nagy.Pictorial in-

formation processing of LANDSAT data

for geographic https://www.doczj.com/doc/e84718564.html,puter,14

(11):34–41,November1981.CODEN

CPTRB4.ISSN0018-9162.

Chock:1981:MDS [41]Margaret Chock,Alfonso F.Cardenas,

and Allen Klinger.Manipulating data

structures in pictorial information sys-

https://www.doczj.com/doc/e84718564.html,puter,14(11):43–50,Novem-

ber1981.CODEN CPTRB4.ISSN

0018-9162.

Dias:1981:PSI [42]D.M.Dias and J.R.Jump.Packet

switching interconnection networks for

modular https://www.doczj.com/doc/e84718564.html,puter,14(12):43–

53,December1981.CODEN CPTRB4.

ISSN0018-9162.

Chen:1981:INU [43]P.-Y.Chen,https://www.doczj.com/doc/e84718564.html,wrie,P.-C.Yew,

and D.A.Padua.Interconnection net-

works using shu?https://www.doczj.com/doc/e84718564.html,puter,14(12):

55–63,December1981.CODEN CP-

TRB4.ISSN0018-9162.

Satyanarayanan:1981:DTV [44]M.Satyanarayanan and D.P.Bhan-

darkar.Design trade-o?s in VAX-11

translation bu?er https://www.doczj.com/doc/e84718564.html,-

puter,14(12):103–111,December1981.

CODEN CPTRB4.ISSN0018-9162.

Plattner:1981:MPE [45]B.Plattner and J.Nievergelt.Monitor-

ing program execution:A https://www.doczj.com/doc/e84718564.html,-

puter,16(11):76–93,November1981.

CODEN CPTRB4.ISSN0018-9162.

Lantz:1982:RIG [46]https://www.doczj.com/doc/e84718564.html,ntz,K.D.Gradischnig,J.A.

Feldman,R.F.,and Rashid.Rochester’s

intelligent https://www.doczj.com/doc/e84718564.html,puter,11(10):

54–68,October1982.CODEN CP-

TRB4.ISSN0018-9162.

Haynes:1982:SHP [47]L.S.Haynes,https://www.doczj.com/doc/e84718564.html,u,D.P.Siewiorek,

and D.W.Mizel.A survey of highly

parallel https://www.doczj.com/doc/e84718564.html,puter,15(1):9–

24,January1982.CODEN CPTRB4.

ISSN0018-9162.

Gottlieb:1982:NAV [48]Allan Gottlieb and https://www.doczj.com/doc/e84718564.html,-

works and algorithms for very-large-

scale parallel https://www.doczj.com/doc/e84718564.html,puter,

15(1):27–36,January1982.CODEN

CPTRB4.ISSN0018-9162.

Kung:1982:WSA [49]H.T.Kung.Why systolic architectures?

Computer,15(1):37–46,January1982.

CODEN CPTRB4.ISSN0018-9162.

Ahmed:1982:HCC [50]H.M.Ahmed,J.M.Delosme,and

M.Morf.Highly concurrent computing

structures for matrix arithmetic and sig-

nal https://www.doczj.com/doc/e84718564.html,puter,15(1):65–82,

January1982.CODEN CPTRB4.ISSN

0018-9162.

Agerwala:1982:DS [51]T.Agerwala and Arvind.DataFlow sys-

https://www.doczj.com/doc/e84718564.html,puter,15(2):10–30,February

1982.CODEN CPTRB4.ISSN0018-

9162.

Ackerman:1982:DFL [52]W.B.Ackerman.Data?ow languages.

Computer,15(2):15–25,February1982.

CODEN CPTRB4.ISSN0018-9162.

REFERENCES12

Davis:1982:DFP [53]Alan L.Davis and Robert M.Keller.

Data?ow program https://www.doczj.com/doc/e84718564.html,puter,

15(2):26–41,February1982.CODEN

CPTRB4.ISSN0018-9162.

Watson:1982:PDF [54]I.Watson and J.Gurd.A practical

data?ow https://www.doczj.com/doc/e84718564.html,puter,15(2):

51–57,February1982.CODEN CP-

TRB4.ISSN0018-9162.

Gajski:1982:SOD [55]D.D.Gajski,D.A.Padua,D.J.Kuck,

and R.H.Kuhn.A second opinion on

data?ow machines and https://www.doczj.com/doc/e84718564.html,-

puter,15(2):58–69,February1982.CO-

DEN CPTRB4.ISSN0018-9162.

Levy:1982:VMM [56]H.M.Levy and P.H.Lipman.Vir-

tual memory management in the VAX/

VMS operating https://www.doczj.com/doc/e84718564.html,puter,15

(3):35–41,March1982.CODEN CP-

TRB4.ISSN0018-9162.

Hwang:1982:ULC

[57]K.Hwang,W.J.Croft,G.H.Goble,

B.W.Wah,F.A.Briggs,W.R.Sim-

mons,and C.L.Coates.A Unix-Based

local computer network with load bal-

https://www.doczj.com/doc/e84718564.html,puter,15(4):55–66,April

1982.CODEN CPTRB4.ISSN0018-

9162.

Kenville:1982:ODD [58]Richard F.Kenville.Optical disk data

https://www.doczj.com/doc/e84718564.html,puter,15(7):21–25,July

1982.CODEN CPTRB4.ISSN0018-

9162.

Copeland:1982:WIM [59]George Copeland.What if mass storage

were free?Computer,15(7):27–35,July

1982.CODEN CPTRB4.ISSN0018-

9162.

OLear:1982:SCM [60]B.T.O’Lear and J.H.Choy.Software

considerations in mass storage systems.

Computer,15(7):36–44,July1982.CO-

DEN CPTRB4.ISSN0018-9162.

Lawrie:1982:EAF [61]https://www.doczj.com/doc/e84718564.html,wrie,J.M.Randal,and R.R.

Barton.Experiments with automatic?le

https://www.doczj.com/doc/e84718564.html,puter,15(7):45–55,July

1982.CODEN CPTRB4.ISSN0018-

9162.

Shoch:1982:EEL [62]John F.Shoch,Y.K.Dalal,David D.

Redell,and Ronald C.Crane.Evolu-

tion of the Ethernet local computer net-

https://www.doczj.com/doc/e84718564.html,puter,15(8):10–27,August

1982.CODEN CPTRB4.ISSN0018-

9162.

Boral:1982:ADF [63]H.Boral and D.J.DeWitt.Applying

data?ow techniques to data base ma-

https://www.doczj.com/doc/e84718564.html,puter,15(8):57–63,August

1982.CODEN CPTRB4.ISSN0018-

9162.Reprinted in A.R.Hurson,L.L.

Miller,and S.H.Pakzad,Parallel Ar-

chitectures for Database Systems,IEEE

Computer Society Press,Washington,

DC,1989.

Patterson:1982:VR [64]D.A.Patterson and C.H.Sequin.A

VLSI https://www.doczj.com/doc/e84718564.html,puter,15(9):8–21,

September1982.CODEN CPTRB4.

ISSN0018-9162.

Brayer:1982:TAD [65]K.Brayer and https://www.doczj.com/doc/e84718564.html,?eur.A testbed

approach to the design of a computer

REFERENCES13

communication https://www.doczj.com/doc/e84718564.html,puter,15

(10):14–23,October1982.CODEN CP-

TRB4.ISSN0018-9162.

McDonald:1982:FDT [66]W.C.McDonald and R.W.Smith.A

?exible distributed testbed for real-time

https://www.doczj.com/doc/e84718564.html,puter,15(10):25–39,

October1982.CODEN CPTRB4.ISSN

0018-9162.

Gehringer:1982:CT [67]E.F.Gehringer,A.K.Jones,and Z.Z.

Segall.The Cm*https://www.doczj.com/doc/e84718564.html,puter,15

(10):40–49,October1982.CODEN CP-

TRB4.ISSN0018-9162.

Hall:1982:MCS [68]Ernest L.Hall,James K. B.Tio,

Charles A.McPherson,and Firooz A.

Sadjadi.Measuring curved surfaces for

robot https://www.doczj.com/doc/e84718564.html,puter,15(12):42–54,

December1982.CODEN CPTRB4.

ISSN0018-9162.

Arvind:1982:U [69]Arvind and Kim P.Gostelow.The

https://www.doczj.com/doc/e84718564.html,puter,16(1):42–49,

January1982.CODEN CPTRB4.ISSN

0018-9162.

Fu:1983:ICA [70]K.Hwang and K.Fu.Integrated com-

puter architectures for image process-

ing and database https://www.doczj.com/doc/e84718564.html,-

puter,16(1):51–60,January1983.CO-

DEN CPTRB4.ISSN0018-9162.

Atkinson:1983:APP [71]M.P.Atkinson,P.J.Bailey,K.J.

Chisholm,P.W.Cockshott,and R.Mor-

rison.An approach to persistent pro-

https://www.doczj.com/doc/e84718564.html,puter,16(4):360–365,

April1983.CODEN CPTRB4.ISSN

0018-9162.

Benhamou:1983:MIG [72]Eric Benhamou and Judy Estrin.Mul-

tilevel internetworking gateways:Archi-

tecture and https://www.doczj.com/doc/e84718564.html,puter,16

(9):27–34,September1983.CODEN

CPTRB4.ISSN0018-9162.

Hinden:1983:DII [73]R.Hinden,J.Haverty,and A.Sheltzer.

The DARPA Internet:Interconnect-

ing heterogeneous computer networks

with https://www.doczj.com/doc/e84718564.html,puter,16(9):38–48,

September1983.CODEN CPTRB4.

ISSN0018-9162.papers box.

Thornton:1983:HNL [74]James E.Thornton and Gary S.

Christensen.Hyperchannel network

https://www.doczj.com/doc/e84718564.html,puter,16(9):50–54,Septem-

ber1983.CODEN CPTRB4.ISSN

0018-9162.

Redell:1983:IEM [75]David D.Redell and James E.White.

Interconnecting electronic mail sys-

https://www.doczj.com/doc/e84718564.html,puter,16(9):55–63,Septem-

ber1983.CODEN CPTRB4.ISSN

0018-9162.

Brachman:1983:WII [76]Ronald J.Brachman.What IS-A is and

isn’t:An analysis of taxonomic links

in semantic https://www.doczj.com/doc/e84718564.html,puter,16

(10):30–36,October1983.CODEN CP-

TRB4.ISSN0018-9162.

Schubert:1983:DTP [77]Lenhart K.Schubert,Mary Angela Pa-

palaskaris,and Jay Taugher.Determin-

ing type,part,color,and time relation-

https://www.doczj.com/doc/e84718564.html,puter,16(10):53–60,October

1983.CODEN CPTRB4.ISSN0018-

9162.Special Issue on Knowledge Rep-

resentation.

REFERENCES14

Brachman:1983:KAF [78]Ronald J.Brachman,Richard E.Fikes,

and Hector J.Levesque.KRYPTON:A

functional approach to knowledge repre-

https://www.doczj.com/doc/e84718564.html,puter,16(10):67–73,Oc-

tober1983.CODEN CPTRB4.ISSN

0018-9162.Special Issue on Knowledge

Representation.

Davis:1983:RSB [79]Randall Davis and Howard Shrobe.Rep-

resenting structure and behavior of dig-

ital https://www.doczj.com/doc/e84718564.html,puter,16(10):75–81,

October1983.CODEN CPTRB4.ISSN

0018-9162.

Mylopoulos:1983:BKS [80]John Mylopoulos,Tetsutaro Shiba-

hara,and John K.Tsotsos.Building

knowledge-based systems:The PSN ex-

https://www.doczj.com/doc/e84718564.html,puter,16(10):83–89,Oc-

tober1983.CODEN CPTRB4.ISSN

0018-9162.

Havens:1983:RKV [81]W.Havens and A.Mackworth.Repre-

senting knowledge of the visual world.

Computer,16(10):90–96,October1983.

CODEN CPTRB4.ISSN0018-9162.

Balzer:1983:STU [82]Robert Balzer,Thomas E.Cheatham,

Jr.,and Cordell Green.Software tech-

nology in the1990s:Using a new

https://www.doczj.com/doc/e84718564.html,puter,16(11):39–45,

November1983.CODEN CPTRB4.

ISSN0018-9162.

Gajski:1983:GEI [83]D.Gajski and R.Kuhn.Guest Editors’

introduction:New VLSI https://www.doczj.com/doc/e84718564.html,-

puter,16(12):11–14,December1983.

CODEN CPTRB4.ISSN0018-9162.

Lee:1984:BPS [84]J.K.F.Lee and A.J.Smith.Branch

prediction strategies and branch target

bu?er https://www.doczj.com/doc/e84718564.html,puter,17(1):6–22,

January1984.CODEN CPTRB4.ISSN

0018-9162.

Gligor:1984:IHD [85]V.D.Gligor and G.L.Luckenbaugh.

Interconnecting heterogeneous database

management https://www.doczj.com/doc/e84718564.html,puter,17

(1):33–43,January1984.CODEN CP-

TRB4.ISSN0018-9162.

Boari:1984:MPT [86]Maurelio Boari,Stefano Crespi-Reghizzi,

Alberto Dapra,Francesco Maderna,

and Antonio Natali.Multiple-

microprocessor programming tech-

niques:MML,a new set of https://www.doczj.com/doc/e84718564.html,-

puter,17(1):47–59,January1984.CO-

DEN CPTRB4.ISSN0018-9162.

Grinberg:1984:CVA [87]J.Grinberg,G.R.Nudd,and R. D.

Etchells.A cellular VLSI architecture.

Computer,17(1):69–81,January1984.

CODEN CPTRB4.ISSN0018-9162.

Weide:1984:PCI [88]B.W.Weide,M. E.Brown,J.Ra-

manathan,and K.Schwan.Process con-

trol:Integration and design method-

ology https://www.doczj.com/doc/e84718564.html,puter,17(2):27–

32,February1984.CODEN CPTRB4.

ISSN0018-9162.

Roussopoulos:1984:AMD [89]N.Roussopoulos and R.T.Yeh.An

adaptable methodology for database de-

https://www.doczj.com/doc/e84718564.html,puter,17(5):64–80,May1984.

CODEN CPTRB4.ISSN0018-9162.

REFERENCES15

Welch:1984:THP [90]Terry A.Welch.A technique for high

performance data https://www.doczj.com/doc/e84718564.html,-

puter,17(6):8–20,June1984.CODEN

CPTRB4.ISSN0018-9162.

Hsieh:1984:RSC [91]W.N.Hsieh and I.Gitman.Routing

strategies in computer https://www.doczj.com/doc/e84718564.html,-

puter,17(6):46–56,June1984.CODEN

CPTRB4.ISSN0018-9162.

MacDougall:1984:IPP [92]Myron MacDougall.Instruction-level

program and processor https://www.doczj.com/doc/e84718564.html,-

puter,17(7):14–24,July1984.CODEN

CPTRB4.ISSN0018-9162.

Snyder:1984:PPP [93]L.Snyder.Parallel programming and

the Poker programming environment.

Computer,17(7):27–36,July1984.CO-

DEN CPTRB4.ISSN0018-9162.

Keller:1984:SPR [94]R.M.Keller and F.C.H.Lin.Simulated

performance of a reduction-based multi-

https://www.doczj.com/doc/e84718564.html,puter,17(7):70–82,July

1984.CODEN CPTRB4.ISSN0018-

9162.

Sarrazin:1984:FSM [95]D.B.Sarrazin and M.Malek.Fault-

tolerant semiconductor https://www.doczj.com/doc/e84718564.html,-

puter,17(8):49–56,August1984.CO-

DEN CPTRB4.ISSN0018-9162.

Mittal:1984:PAK [96]S.Mittal, B.Chandrasekaran,and

J.Sticklen.Patrec:A knowledge-

directed database for a diagnostic ex-

pert https://www.doczj.com/doc/e84718564.html,puter,17(9):51–58,

September1984.CODEN CPTRB4.

ISSN0018-9162.

MacHover:1984:ICG [97]C.MacHover and W.Myers.Interactive

computer https://www.doczj.com/doc/e84718564.html,puter,17(10):

145–161,October1984.CODEN CP-

TRB4.ISSN0018-9162.

Brown:1984:AOS [98]R.L.Brown and P.J.Denning.Ad-

vanced operating https://www.doczj.com/doc/e84718564.html,puter,

17(10):173–190,October1984.CODEN

CPTRB4.ISSN0018-9162.

Fu:1984:PRC [99]K.S.Fu and A.Rosenfeld.Pattern

recognition and computer https://www.doczj.com/doc/e84718564.html,-

puter,17(10):274–282,October1984.

CODEN CPTRB4.ISSN0018-9162.

Glinert:1984:PIG [100]E.P.Glinert and S.L.Tanimoto.PICT: An interactive graphical programming

https://www.doczj.com/doc/e84718564.html,puter,17(11):7–25,

November1984.CODEN CPTRB4.

ISSN0018-9162.

Shemer:1984:GDC [101]J.Shemer and P.M.Neches.The gen-esis of a database https://www.doczj.com/doc/e84718564.html,puter,

17(11):42–??,November1984.CODEN

CPTRB4.ISSN0018-9162.

Laurent:1984:GAG [102]https://www.doczj.com/doc/e84718564.html,urent and S.Motet.GEOMATIC: A3-D graphic relief simulation sys-

https://www.doczj.com/doc/e84718564.html,puter,17(12):25–30,December

1984.CODEN CPTRB4.ISSN0018-

9162.

Yoshiura:1984:TCM [103]H.Yoshiura,K.Fujimura,and T.L.Ku-nii.Top-down construction of3-D me-

chanical object shapes from engineering

REFERENCES16

https://www.doczj.com/doc/e84718564.html,puter,17(12):32–40,De-

cember1984.CODEN CPTRB4.ISSN

0018-9162.

Woo:1984:ISM [104]T. C.Woo.Interfacing solid model-ing to CAD and CAM:Data struc-

tures and algorithms for decomposing

a https://www.doczj.com/doc/e84718564.html,puter,17(12):44–49,De-

cember1984.CODEN CPTRB4.ISSN

0018-9162.

Chu:1985:CKT [105]Y.Chu.Chinese/Kanji text and data https://www.doczj.com/doc/e84718564.html,puter,18(1):10–66,Jan-

uary1985.CODEN CPTRB4.ISSN

0018-9162.

Maruyama:1985:HV [106]F.Maruyama and M.Fujita.Hard-ware veri?https://www.doczj.com/doc/e84718564.html,puter,18(2):22–

32,February1985.CODEN CPTRB4.

ISSN0018-9162.U.S.Copyright Clear-

ance Center Code:0018-9162/85/0200-

0022$01.00.

Suzuki:1985:CPE [107]N.Suzuki.Concurrent PROLOG as an e?cient VLSI design https://www.doczj.com/doc/e84718564.html,-

puter,18(2):33–40,February1985.CO-

DEN CPTRB4.ISSN0018-9162.U.

S.Copyright Clearance Center Code:

0018-9162/85/0200-0033$01.00.

Lieberherr:1985:ZAL [108]K.J.Lieberherr and S.M.German.

Zeus:A language for expressing algo-

rithms in https://www.doczj.com/doc/e84718564.html,puter,18(2):

55–65,February1985.CODEN CP-

TRB4.ISSN0018-9162.Zeus.

Piloty:1985:CPC [109]R.Piloty and D.Borrione.The CON-LAN project:concepts,implementa-

tions and https://www.doczj.com/doc/e84718564.html,puter,18

(2):81–92,February1985.CODEN CP-

TRB4.ISSN0018-9162.

Shahdad:1985:VHD [110]M.Shahdad,R.Lipsett, F. E.

Marschner,K.Sheehan,H.Cohen,

R.Waxman,and D.Ackley.VHSIC

hardware description https://www.doczj.com/doc/e84718564.html,-

puter,18(2):94–103,February1985.

CODEN CPTRB4.ISSN0018-9162.

VHDL.

Berman:1985:CRT [111]S.Berman,P.Parikh,and C.S.G.Lee.

Computer recognition of two overlap-

ping parts using a single https://www.doczj.com/doc/e84718564.html,-

puter,18(3):70–80,March1985.CO-

DEN CPTRB4.ISSN0018-9162.

Anonymous:1985:NCA [112]Anonymous.New con?guration added, price cut,for https://www.doczj.com/doc/e84718564.html,puter,18

(5):122–??,May1985.CODEN CP-

TRB4.ISSN0018-9162.

Gajski:1985:EIM [113]Daniel D.Gajski and Jih-Kwon Peir.Es-sential issues in multiprocessor systems.

Computer,18(6):9–27,June1985.CO-

DEN CPTRB4.ISSN0018-9162.

Schneck:1985:PPP [114]P.B.Schneck,D.Austin,S.L.Squires, J.Lehmann,D.Mizell,and K.Wallgren.

Parallel processor programs in the Fed-

eral https://www.doczj.com/doc/e84718564.html,puter,18(6):43–

56,June1985.CODEN CPTRB4.ISSN

0018-9162.

Murakami:1985:RPM [115]K.Murakami,T.Kakuta,R.Onai,and N.Ito.Research on parallel machine ar-

chitecture for?fth-generation computer

REFERENCES17

https://www.doczj.com/doc/e84718564.html,puter,18(6):76–92,June

1985.CODEN CPTRB4.ISSN0018-

9162.Month June.

Wah:1985:MCS [116]Benjamin W.Wah,G.J.Li,and C.F.

Yu.Multiprocessing of combinatorial

search https://www.doczj.com/doc/e84718564.html,puter,18(6):93–

108,June1985.CODEN CPTRB4.

ISSN0018-9162.

Miller:1985:TRM [117]https://www.doczj.com/doc/e84718564.html,ler and M.W.Collins.Toward

a reference model of mass storage sys-

https://www.doczj.com/doc/e84718564.html,puter,18(7):9–22,July1985.

CODEN CPTRB4.ISSN0018-9162.

Ammon:1985:HLJ [118]G.Ammon,J.Calabria,and D.Thomas.

A high-speed,large-capacity,jukebox

optical disk https://www.doczj.com/doc/e84718564.html,puter,18(7):

36–46,July1985.CODEN CPTRB4.

ISSN0018-9162.

Raeder:1985:SCG [119]G.Raeder.A survey of current graphi-cal programming https://www.doczj.com/doc/e84718564.html,puter,

18(8):11–25,August1985.CODEN CP-

TRB4.ISSN0018-9162.

Brown:1985:PVG [120]G.P.Brown,R.T.Carling,C.F.Herot,

D. A.Kramlich,and P.Souza.Pro-

gram visualization:Graphical support

for software https://www.doczj.com/doc/e84718564.html,puter,18

(8):27–35,August1985.CODEN CP-

TRB4.ISSN0018-9162.

London:1985:APU [121]R.L.London and R.A.Duisberg.Ani-mating programs using https://www.doczj.com/doc/e84718564.html,-

puter,18(8):61–71,August1985.CO-

DEN CPTRB4.ISSN0018-9162.

Melamed:1985:VSP [122]B.Melamed and R.J.T.Morris.Vi-sual simulation:The performance analy-

sis https://www.doczj.com/doc/e84718564.html,puter,18(8):87–94,

August1985.CODEN CPTRB4.ISSN

0018-9162.

Colwell:1985:ISB [123]Robert P.Colwell,Charles Y.Hitchcock, III,E.Douglas Jensen,H.M.Brinkley

Sprunt,and Charles P.Kollar.Instruc-

tion sets and beyond:Computers,com-

plexity,and https://www.doczj.com/doc/e84718564.html,puter,18

(9):8–19,September1985.CODEN CP-

TRB4.ISSN0018-9162.

Coutaz:1985:AUI [124]Jo¨e lle Coutaz.Abstractions for user interface https://www.doczj.com/doc/e84718564.html,puter,18(9):21–

34,September1985.CODEN CPTRB4.

ISSN0018-9162.

Hartzband:1985:EKR [125]D.J.Hartzband and F.J.Maryanski.

Enhancing knowledge representation in

engineering https://www.doczj.com/doc/e84718564.html,puter,18(9):

39–??,September1985.CODEN CP-

TRB4.ISSN0018-9162.

Yankelovich:1985:RWE [126]Nicole Yankelovich,Norman Meyrowitz, and Andries van Dam.Reading and

writing the electronic https://www.doczj.com/doc/e84718564.html,puter,

18(10):15–30,October1985.CODEN

CPTRB4.ISSN0018-9162.

Sarin:1985:CRC [127]S.Sarin and https://www.doczj.com/doc/e84718564.html,puter-based real-time conferencing https://www.doczj.com/doc/e84718564.html,-

puter,18(10):33–45,October1985.CO-

DEN CPTRB4.ISSN0018-9162.

REFERENCES18

Horak:1985:ODA [128]Wolfgang Horak.O?ce Document Ar-chitecture and O?ce Document Inter-

change formats:Current status of inter-

national https://www.doczj.com/doc/e84718564.html,puter,18

(10):50–60,October1985.CODEN CP-

TRB4.ISSN0018-9162.

Bono:1985:SGS [129]Peter R.Bono.A survey of graphics standards and their role in information

https://www.doczj.com/doc/e84718564.html,puter,18(10):63–75,

October1985.CODEN CPTRB4.ISSN

0018-9162.

Reynolds:1985:DEM [130]J.K.Reynolds,J.B.Postel,A.R.Katz,

G.G.Finn,and A.L.DeSchon.The

DARPA experimental multimedia mail

https://www.doczj.com/doc/e84718564.html,puter,18(10):82–91,Oc-

tober1985.CODEN CPTRB4.ISSN

0018-9162.

Sakata:1985:DIM [131]S.Sakata and T.Ueda.A distributed in-tero?ce mail https://www.doczj.com/doc/e84718564.html,puter,18(10):

106–116,October1985.CODEN CP-

TRB4.ISSN0018-9162.

Carlson:1985:APD [132]W.W.Carlson and K.Hwang.Algo-rithmic performance of data?ow multi-

https://www.doczj.com/doc/e84718564.html,puter,18(12):30–40,De-

cember1985.CODEN CPTRB4.ISSN

0018-9162.

Yalamanchili:1985:RSP [133]S.Yalamanchili and J.K.Aggarwal.Re-con?guration strategies for parallel ar-

https://www.doczj.com/doc/e84718564.html,puter,18(12):44–61,

December1985.CODEN CPTRB4.

ISSN0018-9162.

Fisher:1985:SL V [134]A.L.Fisher and H.T.Kung.Syn-chronizing large VLSI processor ar-

https://www.doczj.com/doc/e84718564.html,puter,C-34(8):734–740,Au-

gust1985.CODEN CPTRB4.ISSN

0018-9162.

Navathe:1986:IUV [135]S.Navathe,R.Elmasri,and https://www.doczj.com/doc/e84718564.html,rson.

Integrating user views in database de-

https://www.doczj.com/doc/e84718564.html,puter,19(1):50–62,January

1986.CODEN CPTRB4.ISSN0018-

9162.

Goguen:1986:RIS [136]Joseph Goguen.Reusing and intercon-necting software https://www.doczj.com/doc/e84718564.html,-

puter,19(2):16–28,February1986.

CODEN CPTRB4.ISSN0018-

9162.Reprinted in Tutorial:Soft-

ware Reusability,Peter Freeman,ed-

itor,IEEE Computer Society,1987,

pages251–263,and in Domain Analysis

and Software Systems Modelling,Ruben

Prieto-Diaz and Guillermo Arango,ed-

itors,IEEE Computer Society,1991,

pages125–137.

Agrawal:1986:EPM [137]D.P.Agrawal,V.K.Janakiram,and

G.C.Pathak.Evaluating the perfor-

mance of multicomputer con?gurations.

Computer,19(5):23–37,May1986.CO-

DEN CPTRB4.ISSN0018-9162.

Fisher:1986:IDD [138]D.A.Fisher and R.M.Weatherly.Is-sues in the design of a distributed oper-

ating system for https://www.doczj.com/doc/e84718564.html,puter,19(5):

38–47,May1986.CODEN CPTRB4.

ISSN0018-9162.

REFERENCES19

Larson:1986:VAB [139]James https://www.doczj.com/doc/e84718564.html,rson.A visual approach to browsing in a database environment.

Computer,19(6):62–71,June1986.CO-

DEN CPTRB4.ISSN0018-9162.

Bruno:1986:RSS [140]G.Bruno, A.Elia,and https://www.doczj.com/doc/e84718564.html,face.A rule-based system to schedule produc-

https://www.doczj.com/doc/e84718564.html,puter,19(7):32–??,July1986.

CODEN CPTRB4.ISSN0018-9162.

Stroebel:1986:CPE [141]G.J.Stroebel,R.D.Baxter,and M.J.

Denney.A capacity planning expert sys-

tem for IBM System/https://www.doczj.com/doc/e84718564.html,puter,19

(7):42–??,July1986.CODEN CPTRB4.

ISSN0018-9162.

Talukdar:1986:TPS [142]S.N.Talukdar,E.Cardozo,and L.V.

Leao.Toast:The power system opera-

tor’s https://www.doczj.com/doc/e84718564.html,puter,19(7):53–??,

July1986.CODEN CPTRB4.ISSN

0018-9162.

Brown:1986:KCM [143]David C.Brown and B.Chan-drasekaran.Knowledge and control for a

mechanical design expert https://www.doczj.com/doc/e84718564.html,-

puter,19(7):92–100,July1986.CODEN

CPTRB4.ISSN0018-9162.

Mittal:1986:PES [144]S.Mittal,C.L.Dym,and M.Morjaria.

Pride:An expert system for the design

of paper handling https://www.doczj.com/doc/e84718564.html,puter,

19(7):102–??,July1986.CODEN CP-

TRB4.ISSN0018-9162.

Chien:1986:ESS [145]Y.-T.Chien and J.Liebowitz.Expert systems in the SDI https://www.doczj.com/doc/e84718564.html,-

puter,19(7):115–??,July1986.CODEN

CPTRB4.ISSN0018-9162.

Mundie:1986:PPA [146]D.A.Mundie and D.A.Fisher.Paral-lel processing in https://www.doczj.com/doc/e84718564.html,puter,19(8):

20–25,August1986.CODEN CPTRB4.

ISSN0018-9162.

Ahuja:1986:DPL [147]Sudhir Ahuja,Nicholas Carriero,and David Gelernter.Domesticating paral-

lelism:Linda and https://www.doczj.com/doc/e84718564.html,puter,19

(8):26–34,August1986.CODEN CP-

TRB4.ISSN0018-9162.

Halstead:1986:PSC [148]R.H.Halstead.Parallel symbolic https://www.doczj.com/doc/e84718564.html,puter,19(8):35–43,August

1986.CODEN CPTRB4.ISSN0018-

9162.

Hudak:1986:PP [149]P.R.Hudak.Para-functional https://www.doczj.com/doc/e84718564.html,puter,19(8):60–70,August

1986.CODEN CPTRB4.ISSN0018-

9162.

Snodgrass:1986:TD [150]R.T.Snodgrass and I.Ahn.Tempo-ral https://www.doczj.com/doc/e84718564.html,puter,19(9):35–42,

September1986.CODEN CPTRB4.

ISSN0018-9162.

Myers:1986:CEI [151]B. A.Myers.A complete and e?-cient implementation of covered win-

https://www.doczj.com/doc/e84718564.html,puter,19(9):57–67,Septem-

ber1986.CODEN CPTRB4.ISSN

0018-9162.

Roussopoulos:1986:PTD [152]N.Roussopoulos and H.Kang.Prin-ciples and techniques in the design of

REFERENCES20

https://www.doczj.com/doc/e84718564.html,puter,19(12):19–25,De-

cember1986.CODEN CPTRB4.ISSN

0018-9162.

Mark:1986:MM [153]L.Mark and N.Roussopoulos.Meta-data https://www.doczj.com/doc/e84718564.html,puter,19(12):

26–36,December1986.CODEN CP-

TRB4.ISSN0018-9162.

Wiederhold:1986:VOD [154]G.Wiederhold.Views,objects,and https://www.doczj.com/doc/e84718564.html,puter,19(12):37–44,De-

cember1986.CODEN CPTRB4.ISSN

0018-9162.

Christodoulakis:1986:DPC [155]S.Christodoulakis and C.Faloutsos.De-sign and performance considerations for

an optical disk-based,multimedia ob-

ject https://www.doczj.com/doc/e84718564.html,puter,19(12):45–56,De-

cember1986.CODEN CPTRB4.ISSN

0018-9162.

Moldovan:1986:PMA [156]D.I.Moldovan and J.A.B.Fortes.Par-titioning and mapping algorithms into

?xed-size systolic https://www.doczj.com/doc/e84718564.html,puter,C-

35(1):1–12,January1986.CODEN CP-

TRB4.ISSN0018-9162.

Hwang:1987:CAA [157]K.Hwang,J.Ghosh,and https://www.doczj.com/doc/e84718564.html,puter architectures for

arti?cial intelligence https://www.doczj.com/doc/e84718564.html,-

puter,20(1):19–27,January1987.CO-

DEN CPTRB4.ISSN0018-9162.

Ungar:1987:WPS [158]D.Ungar and D.Patterson.What price Smalltalk?Computer,20(1):67–74,Jan-

uary1987.CODEN CPTRB4.ISSN

0018-9162.

Fahlman:1987:CAA [159]S.E.Fahlman and Geo?rey E.Hinton.

Connectionist architectures for arti?cial

https://www.doczj.com/doc/e84718564.html,puter,20(1):100–109,

January1987.CODEN CPTRB4.ISSN

0018-9162.

Ketabchi:1987:MMC [160]M.A.Ketabchi and V.Berzins.Mod-eling and managing CAD databases.

Computer,20(2):93–102,February1987.

CODEN CPTRB4.ISSN0018-9162.

Berra:1987:CAS [161]P. B.Berra,Soon M.Chung,and Nabil https://www.doczj.com/doc/e84718564.html,puter architecture

for a surrogate?le to a very large data/

knowledge https://www.doczj.com/doc/e84718564.html,puter,20(3):25–32,

March1987.CODEN CPTRB4.ISSN

0018-9162.

Pleszkun:1987:ALM [162]A.R.Pleszkun and M.J.Thazhutha-veetil.The architecture of LISP ma-

https://www.doczj.com/doc/e84718564.html,puter,20(3):35–44,March

1987.CODEN CPTRB4.ISSN0018-

9162.

Dongarra:1986:HDM [163]J.Dongarra.How do the‘mini-supers’stack up?Computer,19

(3):93,100,March1986.CODEN

CPTRB4.ISSN0018-9162.URL

https://www.doczj.com/doc/e84718564.html,/utk/people/

JackDongarra/PAPERS/How-Do-the-

Minisupers-Stack-Up.pdf.

Brooks:1987:NSB [164]Frederick P.Brooks,Jr.No silver bul-let:essence and accidents of software en-

https://www.doczj.com/doc/e84718564.html,puter,20(4):10–19,April

1987.CODEN CPTRB4.ISSN0018-

9162.

2019年全国统一高考数学试卷(文科)(全国一卷)

绝密★启用前 2019年全国统一高考数学试卷(文科)(全国新课标Ⅰ) 一、选择题:本题共12小题,每小题5分,共60分。在每小题给出的四个选项中,只有一 项是符合题目要求的。 1.设3i 12i z -=+,则z = A .2 B .3 C .2 D .1 2.已知集合{}{}{}1,2,3,4,5,6,72,3,4,52,3,6,7U A B ===,,,则U B A =I e A .{}1,6 B .{}1,7 C .{}6,7 D .{}1,6,7 3.已知0.20.3 2log 0.2,2,0.2a b c ===,则 A .a b c << B .a c b << C .c a b << D .b c a << 4.古希腊时期,人们认为最美人体的头顶至肚脐的长度与肚脐至足底的长度之比是 512 -( 51 2 -≈0.618,称为黄金分割比例),著名的“断臂维纳斯”便是如此.此外,最美人体的头顶至咽喉的长度与咽喉至肚脐的长度之比也是 51 -.若某人满足上述两个黄金分割比例,且腿长为105cm ,头顶至脖子下端的长度为26 cm ,则其身高可能是 A .165 cm B .175 cm C .185 cm D .190 cm 5.函数f (x )= 2 sin cos x x x x ++在[—π,π]的图像大致为

A . B . C . D . 6.某学校为了解1 000名新生的身体素质,将这些学生编号为1,2,…,1 000,从这些新生中用系统抽样方法等距抽取100名学生进行体质测验.若46号学生被抽到,则下面4名学生中被抽到的是 A.8号学生B.200号学生C.616号学生D.815号学生7.tan255°= A.-2-3B.-2+3C. 2-3D.2+3 8.已知非零向量a,b满足a=2b,且(a–b)⊥b,则a与b的夹角为 A.π 6 B. π 3 C. 2π 3 D. 5π 6 9.如图是求 1 1 2 1 2 2 + + 的程序框图,图中空白框中应填入 A.A= 1 2A + B.A= 1 2 A +C.A= 1 12A + D.A= 1 1 2A + 10.双曲线C: 22 22 1(0,0) x y a b a b -=>>的一条渐近线的倾斜角为130°,则C的离心率为

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7.设x ,y 满足约束条件33,1,0,x y x y y +≤?? -≥??≥? 则z =x +y 的最大值为 A .0 B .1 C .2 D .3 8..函数sin2 1cos x y x = -的部分图像大致为 9.已知函数()ln ln(2)f x x x =+-,则 A .()f x 在(0,2)单调递增 B .()f x 在(0,2)单调递减 C .y =()f x 的图像关于直线x =1对称 D .y =()f x 的图像关于点(1,0)对称 10.如图是为了求出满足321000 n n ->的最小偶数n ,那么在 和 两个空白框中,可以分别填入 A .A >1000和n =n +1 B .A >1000和n =n +2 C .A ≤1000和n =n +1 D .A ≤1000和n =n +2 11.△ABC 的内角A 、B 、C 的对边分别为a 、b 、c 。已知sin sin (sin cos )0B A C C +-=,a =2,c 2,

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