DECの社史
DEC(1972,1973,1974,1975,1976,1978) Digital Equipment Corporation Nineteen Fifty-Seven to the Present, 88pp
http://gordonbell.azurewebsites.net/digital/dec%201957%20to%20present%201978.pdf
http://gordonbell.azurewebsites.net/digital/dec%201957%20to%20present%201978.pdf
DECの技術的解説書
DEC(1972) PDP 11/40 Processor Handbook
https://pdos.csail.mit.edu/6.828/2005/readings/pdp11-40.pdf
https://pdos.csail.mit.edu/6.828/2005/readings/pdp11-40.pdf
DEC(1975) KB11-C Processor Manual(PDP-11/70)
http://skn.noip.me/pdp11/resources/EK-KB11C-TM-001_1170procMan.pdf
DEC(1976) PDP Peripherals Handbook
ftp://bitsavers.informatik.uni-stuttgart.de/pdf/dec/pdp11/handbooks/PDP11_PeripheralsHbk_1976.pdf
http://skn.noip.me/pdp11/resources/EK-KB11C-TM-001_1170procMan.pdf
DEC(1976) PDP Peripherals Handbook
ftp://bitsavers.informatik.uni-stuttgart.de/pdf/dec/pdp11/handbooks/PDP11_PeripheralsHbk_1976.pdf
DEC(1975) LSI-11 PDP-11/03 Processor Handbook
http://www.classiccmp.org/cini/pdf/DEC/LSI-11%20PDP-11_03%20Processor%20Handbook%20(1975-76).pdf
http://www.classiccmp.org/cini/pdf/DEC/LSI-11%20PDP-11_03%20Processor%20Handbook%20(1975-76).pdf
本ハンドブック序文でGordon Bellは下記のように、LSI-11は、「伝統的産業の障壁を越えて、マイクロコンピュータのパッケージで、ミニコンの性能をユーザーに提供するものである」と書いている。
The LSI-11 (PDP11/03) is the smallest member of the PDP-11 family of computer systems. It offers the user minicomputer performance in a microcomputer package that crosses traditional industry barriers. Therefore, the user can truly add computer power in systems previously too small for computer application. Yet for our traditional user, the boxed version of the LSI-11, the PDP11/03, offers a completely integrated smaller systems tool at lower cost without sacrificing performance. The LSI-11 (PDP11/03) maintains:traditional PDP-11 architectural compatibility. This includes programs up to 64K bytes and the use of the (optional) floating instruction set (FIS) and extended instructi･on set (EIS).
The LSI-11 (PDP11/03) is the smallest member of the PDP-11 family of computer systems. It offers the user minicomputer performance in a microcomputer package that crosses traditional industry barriers. Therefore, the user can truly add computer power in systems previously too small for computer application. Yet for our traditional user, the boxed version of the LSI-11, the PDP11/03, offers a completely integrated smaller systems tool at lower cost without sacrificing performance. The LSI-11 (PDP11/03) maintains:traditional PDP-11 architectural compatibility. This includes programs up to 64K bytes and the use of the (optional) floating instruction set (FIS) and extended instructi･on set (EIS).
DEC (1976) PDP 11/04 Systems Manual
http://bitsavers.informatik.uni-stuttgart.de/www.computer.museum.uq.edu.au/pdf/EK-11004-OP-001%20PDP-11-04%20System%20User’s%20Manual.pdf
http://bitsavers.informatik.uni-stuttgart.de/www.computer.museum.uq.edu.au/pdf/EK-11004-OP-001%20PDP-11-04%20System%20User’s%20Manual.pdf
DEC(1981) LSI-11 Systems Service Manual
http://bitsavers.informatik.uni-stuttgart.de/pdf/dec/pdp11/LSI-11_Systems_Service_Manual_Aug81.pdf
http://bitsavers.informatik.uni-stuttgart.de/pdf/dec/pdp11/LSI-11_Systems_Service_Manual_Aug81.pdf
Bell, G.(1975) “COMPUTER STRUCTURES: What we learned from the PDP-11?” ABSTRACT Gordon Bell, William Il. Strecker, November 8, 1975,pp.138-151
http://gordonbell.azurewebsites.net/Digital/Bell_Strecker_What_we%20_learned_fm_PDP-11c%207511.pdf
http://gordonbell.azurewebsites.net/Digital/Bell_Strecker_What_we%20_learned_fm_PDP-11c%207511.pdf
http://gordonbell.azurewebsites.net/CGB%20Files/Computer%20Structures,%20What%20Have%20We%20Learned%20from%20PDP11%207511%20c.pdf
DEC(1975) LSI-11, PDP-11/03 user’s manual
http://manx-docs.org/collections/antonio/dec/ek-lsi11-tm-003.pdf
DEC(1975) LSI-11, PDP-11/03 user’s manual
http://manx-docs.org/collections/antonio/dec/ek-lsi11-tm-003.pdf
McWILLIAMS,T. M., FULLER, S. H. and W. H. SHERWOOD “Using LSI processor bit-slices to build a PDP-11 : A case study in microcomputer design” National Computer Conference, 1977, pp.243-253
http://delivery.acm.org/10.1145/1500000/1499444/p243-mcwilliams.pdf
http://delivery.acm.org/10.1145/1500000/1499444/p243-mcwilliams.pdf
C. Gordon Bell, J. Craig Mudge, John E. Mcnamara(1978) Computer Engineering: A Dec View of Hardware Systems Design, Digital Press
http://bitsavers.trailing-edge.com/pdf/dec/_Books/Bell-ComputerEngineering.pdf
http://bitsavers.trailing-edge.com/pdf/dec/_Books/Bell-ComputerEngineering.pdf
本書所収論文C. Gordon Bell, J. Craig Mudge (1978) “The Evolution of the PDP-11” のp.379で、「PDP11は市場で成功している。1970-1977年という最初の8年間で5万台以上が売れた。」[The PDP-11 has been successful in the marketplace:over 50,000 were sold in the first eight years that it was on the market (1970-1977).]と記されている。
DECに関わる関連論文
竹村昌浩(2007)「VAX開発への路を辿る（その1）～技術の温床、ルート128～」『計算工学』Vol.12 No.3
http://www.jsces.org/Issue/Journal/pdf/cb/coffeebreak_1203.pdf
竹村昌浩(2007)「VAX開発への路を辿る（その2）～正しいことはやれ～」『計算工学』Vol.12 No.4
http://www.jsces.org/Issue/Journal/pdf/cb/coffeebreak_1204.pdf
竹村昌浩(2008)「VAX開発への路を辿る（その3）～正しいことはやれ～」『計算工学』Vol.13 No.1
http://www.jsces.org/Issue/Journal/pdf/cb/coffeebreak_1301.pdf
竹村昌浩(2008)「VAX開発への路を辿る（その4）～正しいことはやれ～」『計算工学』Vol.13 No.2
http://www.jsces.org/Issue/Journal/pdf/cb/coffeebreak_1302.pdf
http://www.jsces.org/Issue/Journal/pdf/cb/coffeebreak_1203.pdf
竹村昌浩(2007)「VAX開発への路を辿る（その2）～正しいことはやれ～」『計算工学』Vol.12 No.4
http://www.jsces.org/Issue/Journal/pdf/cb/coffeebreak_1204.pdf
竹村昌浩(2008)「VAX開発への路を辿る（その3）～正しいことはやれ～」『計算工学』Vol.13 No.1
http://www.jsces.org/Issue/Journal/pdf/cb/coffeebreak_1301.pdf
竹村昌浩(2008)「VAX開発への路を辿る（その4）～正しいことはやれ～」『計算工学』Vol.13 No.2
http://www.jsces.org/Issue/Journal/pdf/cb/coffeebreak_1302.pdf