This post is part of my video blog and you can find more information about this video over here .
VIDEO
You can support this channel on Patreon: patreon.com/JohnElliotV
Silly Job Title : Component Wrangler
In this video I take a look at Digital Systems: Hardware Organization and Design by Fredrick J. Hill and Gerald R. Peterson published in 1973:
Here is the laundry list of links to things which came up during this video, including a few duplicates:
EEVblog Electronics Community Forum – Index Forrest Mims’ Maverick Scientist – Hardcover Limited Edition (signed copies!)Make: Maverick Scientist: My Adventures as an Amateur Scientist EEVblog 1640 – Mailbag: 4k Microscope, Panaplex Displays, Piezo Singing, RF magic – EEVblog Code: The Hidden Language of Computer Hardware and Software : Petzold, Charles: Amazon.com.au: Books SERIAL PORT COMPLETE SECOND EDN: COM Ports, USB Virtual COM Ports, and Ports for Embedded Systems : AXELSON, J: Amazon.com.au: Books Usb Embedded Hosts: The Developer’s Guide : AXELSON, JAN: Amazon.com.au: Books USB Mass Storage: Designing and Programming Devices and Embedded Hosts : Axelson, Jan: Amazon.com.au: Books Usb Complete 5th Edn: The Developer’s Guide : AXELSON, JAN: Amazon.com.au: Books Instruction pipelining – Wikipedia IBM System/370 – Wikipedia direct memory access at DuckDuckGo Direct memory access – Wikipedia Content-addressable memory – Wikipedia computer tape technology at DuckDuckGo Diode–transistor logic – Wikipedia Compiler – Wikipedia carry completion adder at DuckDuckGo USB 3.0 Internal Connector Cable Specification USB 3.0 – Wikipedia USB3 Cables and Connectors Compliance Document Electronics Australia – Wikipedia Silicon Chip – Wikipedia Silicon Chip Online university of arizona at DuckDuckGo University of Arizona – Wikipedia University of Arizona in Tucson, AZ university of pennsylvania at DuckDuckGo University of Pennsylvania – Wikipedia University of Pennsylvania duquesne university at DuckDuckGo Duquesne University – Wikipedia Duquesne University fredrick j. hill at DuckDuckGo gerald r. peterson at DuckDuckGo Mini Projects – John’s wiki JMP001 – John’s wiki Karnaugh map – Wikipedia Introduction to switching theory and logical design : Hill, Fredrick J : Free Download, Borrow, and Streaming : Internet Archive apl programming language at DuckDuckGo APL (programming language) – Wikipedia diode logic at DuckDuckGo Diode logic – Wikipedia diode transistor logic at DuckDuckGo Diode–transistor logic – Wikipedia flip flop digital at DuckDuckGo Flip-flop (electronics) – Wikipedia random access memory at DuckDuckGo Random-access memory – Wikipedia semi random access memory at DuckDuckGo read only memory at DuckDuckGo Read-only memory – Wikipedia microprogramming at DuckDuckGo Microcode – Wikipedia computer interrupt at DuckDuckGo Interrupt – Wikipedia ripple-carry adder at DuckDuckGo minimum delay adder at DuckDuckGo Adder (electronics) – Wikipedia carry look ahead adder at DuckDuckGo Carry-lookahead adder – Wikipedia carry completion adder at DuckDuckGo Early completion – Wikipedia carry save multiplier at DuckDuckGo Carry-save adder – Wikipedia floating point at DuckDuckGo Floating-point arithmetic – Wikipedia IEEE 754 – Wikipedia why is self modifying code a bad idea at DuckDuckGo Self-modifying code – Wikipedia charles babbage at DuckDuckGo Charles Babbage – Wikipedia analytical engine at DuckDuckGo Analytical engine – Wikipedia difference engine at DuckDuckGo Difference engine – Wikipedia punch card jacquard at DuckDuckGo Jacquard machine – Wikipedia Punched card – Wikipedia automatic sequence controlled calculator at DuckDuckGo Harvard Mark I – Wikipedia ENIAC at DuckDuckGo ENIAC – Wikipedia univac 1 at DuckDuckGo UNIVAC I – Wikipedia john von neumann at DuckDuckGo John von Neumann – Wikipedia princeton university at DuckDuckGo Princeton University – Wikipedia Home | Princeton University word length at DuckDuckGo Word (computer architecture) – Wikipedia ALU at DuckDuckGo Arithmetic logic unit – Wikipedia CPU at DuckDuckGo Central processing unit – Wikipedia microprocessor at DuckDuckGo Microprocessor – Wikipedia high level languages at DuckDuckGo High-level programming language – Wikipedia Fortran – Wikipedia ALGOL – Wikipedia COBOL – Wikipedia PL/I – Wikipedia APL (programming language) – Wikipedia assembler at DuckDuckGo Assembly language – Wikipedia interpreter computer programming at DuckDuckGo Interpreter (computing) – Wikipedia compiler at DuckDuckGo Compiler – Wikipedia bytecode at DuckDuckGo Bytecode – Wikipedia jit compiler at DuckDuckGo Just-in-time compilation – Wikipedia sign magnitude at DuckDuckGo Signed number representations – Wikipedia ones complement at DuckDuckGo Ones’ complement – Wikipedia two’s complement at DuckDuckGo Two’s complement – Wikipedia memory overlay at DuckDuckGo Overlay (programming) – Wikipedia magnetic core memory at DuckDuckGo Magnetic-core memory – Wikipedia MMIX at DuckDuckGo MMIX – Wikipedia Knuth: MMIX demorgan’s theorem at DuckDuckGo De Morgan’s laws – Wikipedia list of logic symbols at DuckDuckGo List of logic symbols – Wikipedia diode transistor logic at DuckDuckGo Diode–transistor logic – Wikipedia transistor transistor logic at DuckDuckGo Transistor–transistor logic – Wikipedia MOS logic at DuckDuckGo MOSFET – Wikipedia CMOS – Wikipedia ecl logic at DuckDuckGo Emitter-coupled logic – Wikipedia dynamic random access memory at DuckDuckGo Dynamic random-access memory – Wikipedia static ram at DuckDuckGo Static random-access memory – Wikipedia crypto timing attacks at DuckDuckGo Timing attack – Wikipedia bipolar junction transistor at DuckDuckGo Bipolar junction transistor – Wikipedia CMOS – Wikipedia Flip-flop (electronics) § SR NOR latch – Wikipedia hysteresis at DuckDuckGo Hysteresis – Wikipedia hard drive technology at DuckDuckGo Hard disk drive – Wikipedia computer tape technology at DuckDuckGo Magnetic-tape data storage – Wikipedia read only memory at DuckDuckGo Read-only memory – Wikipedia content addressable memory at DuckDuckGo Content-addressable memory – Wikipedia Flip-flop (electronics) § Gated SR latch – Wikipedia conways law at DuckDuckGo Conway’s law – Wikipedia sprocket holes at DuckDuckGo Film perforations – Wikipedia direct memory access at DuckDuckGo Direct memory access – Wikipedia IBM 360 at DuckDuckGo IBM System/360 – Wikipedia The IBM System/360 | IBM IBM 370 at DuckDuckGo The IBM System/370 | IBM vacuum tube at DuckDuckGo Vacuum tube – Wikipedia floating point normalization at DuckDuckGo Floating Point/Normalization – Wikibooks, open books for an open world large scale integration at DuckDuckGo Very-large-scale integration – Wikipedia SIMD at DuckDuckGo Single instruction, multiple data – Wikipedia cpu instruction pipeline at DuckDuckGo Instruction pipelining – Wikipedia illiac iv at DuckDuckGo ILLIAC IV – Wikipedia lifo stack at DuckDuckGo Stack (abstract data type) – Wikipedia CDC STAR at DuckDuckGo CDC STAR-100 – Wikipedia
Thanks very much for watching! And please remember to hit like and subscribe! :)
Following is a product I use picked at random from my collection which may appear in my videos. Clicking through on this to find and click on the green affiliate links before purchasing from eBay or AliExpress is a great way to support the channel at no cost to you. Thanks!
Let’s go shopping!
