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Apollo Guidance Computer Memory

Inside the Apollo Guidance Computer's core memory The Apollo Guidance Computer (AGC) provided guidance, navigation and control onboard the Apollo flights to the Moon. This historic computer was one of the first to use integrated circuits, containing just two types of ICs: a 3-input NOR gate for the logic circuitry and a sense amplifier IC for the memory The Apollo Guidance Computer is a digital computer produced for the Apollo program that was installed on board each Apollo command module and Apollo Lunar Module. The AGC provided computation and electronic interfaces for guidance, navigation, and control of the spacecraft. The AGC has a 16-bit word length, with 15 data bits and one parity bit. Most of the software on the AGC is stored in a special read-only memory known as core rope memory, fashioned by weaving wires through and around magneti

Inside the Apollo Guidance Computer's core memor

The Apollo guidance computer (AGC) is a digital computer using a two-part rope core memory. (See figure 2.2-3.) The AGC processes various data to provide control and computation functions. Input data is received from the crew, ISS, OSS, MSFN, and other spacecraft systems. This data is processed by various programs to provide outputs to the crew, ISS, OSS, MSFN, and other spacecraft systems in. Explore this 7.76 gigapixel image.The Apollo Guidance Computer (AGC) was a digital computer produced for the Apollo program that was installed on board each Apollo Command Module (CM) and Lunar Module (LM). The AGC provided computation and electronic interfaces for guidance, navigation, and control of the spacecraft. The AGC had a 16-bit word length, with 15 data bits and one parity bit. Most of the software on the AGC was stored in a special read only memory known as core rope memory. Zahlen, bitte! Die Apollo-Mission mit 32 Kilo Bit - einmal Mond und zurück Mit der Mondlandung gelang der NASA Historisches. Der Apollo Guidance Computer (AGC) trug daran einen maßgeblichen. Der Apollo Guidance Computer ( AGC) war der bei den Apollo-Raumflügen eingesetzte Computer für die Navigation. Er wurde benutzt, um in Echtzeit Fluginformationen zu sammeln und zur Verfügung zu stellen, sowie alle Navigationsfunktionen des Apollo-Raumfahrzeugs automatisch zu steuern. Er war damit das erste erkennbar moderne eingebettete System The Apollo Guidance Computer has a small set of registers to store values temporarily outside of core memory. The main register is the accumulator (A), which is used in many arithmetic operations. The AGC also has a program counter register (Z), arithmetic unit registers (X and Y), a buffer register (B), return address register (Q

Moonjs is an online Apollo Guidance Computer (AGC) simulator. It is a port of Virtual AGC by Ronald Burkey from C to javascript/asm.js using the Emscripten compiler. AGC was the main computer system of the Apollo program that successfully landed 12 astronauts on Moon. There was one AGC on each of the Apollo Command Modules and another one on each Lunar Module. There was also a second backup computer system called Abort Guidance System (AGS) on the Lunar Modules, which is simulated by Virtual. The purpose of this project is to provide computer simulations of the onboard guidance computers used in the Apollo Program's lunar missions — but primarily the Apollo Guidance Computer (AGC) used in the Command Module and the Lunar Module —, and to generally allow you to learn about these guidance computers. Since the resources available in this project have ballooned so much over the years, exploring it for the first time can be quite intimidating. We invite you to look at ou 74: Memory (ROM) of Apollo guidance computer, in kilobytes. Computer technology was one of the greatest - and long lasting - achievements of Apollo. From the solid-state microcomputer fitted.

Apollo Guidance Computer - Wikipedi

  1. g and some dat
  2. Apollo Guidance Computer Part 7: Memory Module B12 - YouTube
  3. Memory The story of memory in the Apollo computer is a story of increasing size as mission requirements developed. In designing or purchasing a computer system for a specific application, the requirements for memory are among the most difficult to estimate. NASA and its computer contractors have been consistently unable to make adequate judgments in this area. Apollo's computer had both permanent and erasable memory, which grew rapidly over initial projections
  4. On board Apollo 11 was a computer called the Apollo Guidance Computer (AGC). It had 2048 words of memory which could be used to store temporary results - data that is lost when there is no power. This type of memory is referred to as RAM (Random Access Memory). Each word comprised 16 binary digits (bits), with a bit being a zero or a one. This means that the Apollo computer had 32,768 bits of RAM memory

Decoding Rediscovered Rope Memory From The Apollo Guidance Computer. On August 25th, 1966, an Apollo Command Module was launched aboard a Saturn IB rocket in mission AS-202. This mission was. Apollo Guidance Computer read-only rope memory. Memory & Storage; Apollo Guidance Computer read-only rope memory is launched into space aboard the Apollo 11 mission, which carried American astronauts to the Moon and back. This rope memory was made by hand, and was equivalent to 72 KB of storage. Manufacturing rope memory was laborious and slow, and it could take months to weave a program into the rope memory. If a wire went through one of the circular cores it represented a binary one, and. This is the story of the Apollo Guidance Computer that helped the Apollo astronauts safely navigate to the Moon. It was a computer that was so advanced that the engineers who created it said they.. Comparing the Apollo Guidance Computer (AGC) to an IBM PC XT. Did you know that the 8088 which formed the basis for the IBM PC, released in 1981, just a decade after Apollo 11's trip to the Moon, had eight times more memory than Apollo's Guidance Computer (16k, vs the Apollo's 2k). The IBM PC XT ran at a dizzying clock speed of 4.077MHz. That's 0.004077 GHz. The Apollo's Guidance. Restorers Try to Get Lunar Module Guidance Computer Up and Running In 1976 in a warehouse in Texas, Jimmie Loocke bought two tons of scrapped NASA equipment. Years later he realized it included a computer from an Apollo lunar module, like the one used to guide the lander to the surface of the moon during Apollo 11. Fifty years after that mission, computer restoration experts in Silicon Valley are trying to get his computer working again

The AGC was designed as an airborne digital computer to control, test, and operate the Apollo lunar module's guidance system. The general-purpose computer used a binary 15-bit format for parallel word transfer and instructions using single addressing mode. The AGC's data and instructions were stored in memory. The memory structure consisted of several fixed thousand words and 1,000 words were erasable. Included with AGC was a small number of central addressable registers for data storage. Core rope memory was used for the Apollo Guidance Computer, the computer that ran all the navigation and controlled the spacecraft itself. For such a crucial function you needed as much reliability as possible. Because space (inside) was extremely limited, it needed to be extremely compact Core rope memory is a form of read-only memory for computers, first used in the 1960s by early NASA Mars space probes and then in the Apollo Guidance Computer (AGC) and programmed by the Massachusetts Institute of Technology Instrumentation Lab and built by Raytheon. Software written by MIT programmers was woven into core rope memory by female workers in factories. Some programmers nicknamed the finished product LOL memory, for Little Old Lady memory

Apollo Guidance Computer - Speiche

We embark on the restoration of a very rare and historically significant machine: the Apollo Guidance Computer, or AGC. It was the revolutionary MIT-designed.. 34C3 - The Ultimate Apollo Guidance Computer Talk - YouTube Die Innovation, den Speicher Speicher für den Computer buchstäblich zu nähen, war allerdings zu speziell, um außerhalb der Mondmissionen Anwendung zu finden. Für den Hauptspeicher, in dem die Software des Apollo-Computers steckte, wurde die sogenannte Core Rope Memory erfunden - auf Deutsch auch Fädelspeicher genannt

Apollo Guidance Computer. All this needs constant processing. The computer is forced to recount over and over again to display multiple details on the screen. Even if in those days people had access to megabytes or maybe gigabytes of RAM, they simply would not be needed During the first Apollo missions, the software of the Apollo Guidance Computer was physically weaved into a high-density storage called core rope memory, which was similar to magnetic core memories. To build the memories, NASA hired skilled women from the local textile industry as well as from the Waltham Watch Company, because of the precision needed to work around the cores with a. This is a rare rope memory module made for the Block I (before the Apollo 1 fire) Model 100 Apollo Guidance and Navigation Computer. The computers that formed the basis of the Apollo Guidance and Navigation System (AGNS) were at the cutting edge of technology in the 1960s. They were the first to use the integrated circuit technology that subsequently gave us desktop computers and so many of. Join DateMar 2004Posts20,444. The final spec on the Apollo Guidance Computer required 36KB ROM and 2KB RAM. A bit of a correction: The AGC had a 16 bit wide word, one bit was a parity bit, and 15 bits were usable for data or code. The later AGC had 36K words of ROM and 2K words of RAM 1. How did the Apollo guidance computer handle parity bit errors? According to Apollo 15 Hardware by Delco Electronics,. Parity Alarm. Occurs if any accessed word in fixed or erasable memory whose address is $10_8$ or greater contains an even number of ones. All locations of $10_8$ or greater are stored in fixed or erasable memory with odd parity

These links provides some detail: Beyond Apollo: Moon Tech Takes a Giant Leap, Apollo Computer (1960). For an inkling of how it was used: http://web.mit.edu. On 16 July 1969, Apollo 11 began its historic journey to send man to the Moon. We look at the pioneering computer technology developed by Nasa

Apollo Guidance Computer Memory Update - AULIS Onlin

  1. Im Apollo Guidance Computer lief ein Prozessor mit 0,043 MHz, wohingegen das aktuelle iPhone laut Schätzungen mit 2.490 MHz arbeitet. Laut Apfeleimer soll das iPhone 6 bereits 120 Millionen mal.
  2. The Apollo Guidance Computer: Architecture and Operation. Memory Architecture • Core Ropes - Read-only storage - One core reused 24 times for each bit (!) - High storage density - Software manufactured into the ropes • Software frozen 10 months before launch! • Ropes installed in spacecraft 3-4 months prior to launch - 6 rope modules, each 6K of memory.
  3. Fixed memory is implemented as modern ROM, using the Xilinx Block Memory Generator IP. Extra logic is added to translate the memory addressing signals back to a binary address, and also for the read signal. As it would be impractical to distribute the memory over six modules, all fixed memory is condensed into a single module, B1. AGC Monito
  4. g needed to drive core memory. This module consists of a number of large ferrite cores with four sets of windings on each. One.
  5. iature yet, it began the transition between people bragging about how big their computers are and bragging.
Apollo One Kilobit Ferrite Core Memory Module

Apollo guidance computer memory. This is a test circuit of the read-only memory (ROM) from the Apollo guidance computer (AGC). It is in the form of core rope memory,with doughnut-shaped ferrite 'cores' and wiring,the 'rope'. Up to 64 wires could be passed through a single core. Photographed at the National Air and Space Museum,Dulles,Washington DC,USA : Lizenzart: Lizenzpflichtig: Credit. APOLLO GUIDANCE COMPUTER Information Series ISSUE ID APOLLO MISSION AND GUIDANCE FR-2-l0lD 18 December 1964 CONFIDENTIAL . CONFIDENTIAL FR-2-lOlD 11 This document contains information affecting the national defense of the United States with­ in the meaning of the Espionage Laws, Title 18, U.S. C., Sections 793 and 794, the trans­ mission or revelation of which in any manner to an.

Software as Hardware: Apollo's Rope Memory - IEEE Spectru

Inside the Apollo Guidance Computer's core memory The Apollo Guidance Computer (AGC) provided guidance, navigation and control onboard the Apollo flights to the Moon. This historic computer was one of the first to use integrated circuits, containing just two types of ICs: a 3-input NOR gate for t.. Core rope memory, deutsch auch Fädelspeicher, ist eine Form von Nur-Lese-Speicher (Read-only memory, ROM) für Computer, der in den 1960er Jahren zuerst von frühen NASA-Raumsonden und dann im Apollo Guidance Computer (AGC) verwendet wurde, der vom Massachusetts Institute of Technology (MIT) Instrumentation Lab entworfen und programmiert und von Raytheon gebaut wurde Ferrite core memory was the best way to make computer memory from the early 1950's to the mid 1970's, and is an amazing technology. We explore it in several videos, make it work, and battle with it on our Apollo Guidance Computer. Model 19 and Model 15 Teletypes. Conceived in the 1930's and in continuous use until the 1980's, these mechanical marvels are the first form of digital communication. The overall memory for the Apollo Guidance Computer was equivalent to 72kB of memory. The computer disks that stored the program were unreliable and fragile. They would send the program to a factory, and the workers would weave the software into the core rope memory. The way it works is best described by Margaret Hamilton (Director Apollo On-Board Flight Software 1965-76, MIT Instrumentation. It was run on the bare metal of the Apollo Guidance Computer. The source code was assembled into the binary instruction set of the machine and literally wired into its permanent, non-volatile memory. By wired, the individual 1s and 0s of the ins..

NASA used 'LOL memory' in the Apollo missions - The Verg

  1. The Apollo Guidance Computer is divided into two trays, A and B. Tray A contains mostly logic modules while Tray B is mostly the memory modules and associated support electronics. The AGC had a modular design because NASA didn't trust the reliability of computers at the beginning of the program. This led to the lunar module being equipped with a full set of extra modules that the astronauts.
  2. The Apollo Guidance Computer used a technique of switchable memory which is absurd since it didn't use the full capability of the addressing system, and would lead to a waste of time and memory, both of which were very limited in the computer; and a switching executable program memory makes no sense, because it means that the instructions which follow the switching instruction would never be.
  3. The Apollo Guidance Computer is the famous computer used to navigate to the Moon during the Apollo missions. Its programs were stored in a 36K word ROM, constructed from core rope memory ; data was stored by putting wires through or around magenetic cores to store 1's or 0's

Once a reading was taken, the on-board Apollo Guidance Computer (AGC) computed the spacecraft's position, based on those readings and data stored in its memory. The Apollo 8 mission, in December, 1968, provided the first real test of this device, although it had been tested in Earth orbit for Apollo 7. Apollo 8 took three astronauts from the Earth to an orbit around the Moon and back again. The Apollo Guidance Computer [ l]:k, [ 21, (AGC), is an airborne digital computer designed to control, test, and operate a guidance system and to determine and execute changes in spacecraft velocity for optimum performance in a lunar mission. The computer is organized as a binary, fifteen digit (bit) general purpose'' computer employing parallel word trans- fer and single address instructions. The Apollo Guidance Computer: Architecture and Operation Memory Architecture • All memory 16 bit words - 14 bits data, 1 bit parity, 1 bit sign for data - Not byte addressable • Read/write memory - Conventional coincident-current core memory - 2K words • Core Ropes - Read-only storage - Contained all programming and some data. Infoage Science/History Learning Center The. The Apollo Guidance Computer, in both its guises—one on board the core spacecraft, and the other on the lunar module—was a triumph of engineering. Computers had been the size of rooms and. On board, Apollo 11 was a computer called the Apollo Guidance Computer (AGC). It had 2048 words of memory which could be used to store temporary results - data that is lost when there is no power. This type of memory is referred to as RAM (Random Access Memory). Each word comprised 16 binary digits (bits), with a bit being a zero or a.

The Apollo Guidance Computer (AGC) - FA

The Apollo guidance computer: Software [40 not minimize fuel expenditures nor provide the close guidance tolerance that was within the capability of the computer, given more memory 127. Flight AS-204: A Breaking Point Despite efforts by both MIT and NASA, by the summer of 1966, flight schedules and problems in development put both organizations in a dangerous position regarding the. Computers. The Apollo astronauts used the Apollo Guidance Computer used the wire core memory, or core rope memory, made of wires woven together through magnetic cores — those little old.

Apollo One Kilobit Ferrite Core Memory Modul

The Story of the Apollo Guidance Computer, Part 2. In the late 1950's, before NASA had any intentions of going to the Moon - or needing a computer to get there — the MIT Instrumentation. •The Apollo Guidance Computer (AGC) was instrumental in the success 6. NASA RTCC 1964 • 4,000 ft3 • 8 tons • 125 Kilowatts • MTBF ≈ Days • Reboot ≳ 30 mins • UI = Punch Cards & Printouts • Time slice multi-tasking • ∼1 Flops/Watt Early Sixties State of the Art Computers 7 • 4,000 ft3 • 8 tons • 125 Kilowatts • MTBF ≈ Days • Reboot ≳ 30 mins • UI = Punch. Allowing for the identical Apollo guidance computer (AGC) in the Command Module (CM), containing a program called COLOSSUS, it is correct to say that we landed on the moon with 152 Kbytes of computer memory. Figure 2: Apollo LM Primary Guidance and Navigation System (PGNS) The AGC was packaged in a sturdy, sealed, aluminum-magnesium box, anodized in a gold color, that measured about six inches. This Apollo Guidance Computer DSKY is absolutly incredible. Most was programmed by IBM who did a great job ! In the 1960s, four thousand IBMers participated in Apollo missions, including Apollo XI.

Zahlen, bitte! Die Apollo-Mission mit 32 Kilo Bit - einmal

The Apollo Guidance Computer had RAM of 4KB, a 32KB hard disk. It was fairly compact for its time, measuring 60cm x 30cm x 15cm, but weighed around 30kg. Current computers are much lighter, at least 1000 times as fast and have storage capacities that are millions of times those achievable in 1969. Other advances have been in food, which has improved considerably, and in clothing, with lighter. L'Apollo Guidance Computer (AGC) era il computer di bordo del Programma Apollo della NASA utilizzato, oltre che nel Modulo di Comando, anche all'interno del LEM, Lunar Excursion Module, per le manovre di allunaggio e di decollo dal suolo lunare. L'AGC fu progettato al MIT Instrumentation Laboratory sotto la guida di Charles Stark Draper, con progetto dell'hardware condotto da Eldon C. Hall Apollo Guidance Computer and DSKY. Invented by: Charles Stark Draper Laboratory: Manufacturer: Raytheon: Introduced: August 1966; 54 years ago () Discontinued: July 1975; 45 years ago () Type: Avionics Guidance Computer: Processor: Discrete silicon integrated circuit (IC) chips (RTL based) Frequency: 2.048 MHz: Memory: 15-bit wordlength + 1-bit parity, 2048 words RAM (magnetic-core memory.

Media in category Apollo Guidance Computer The following 51 files are in this category, out of 51 total. 1972-10-07 VoughtF-8 FlyByWire Agc view.jpg 721 × 383; 120 KB. AGClogicmodule.agr.jpg. Apollo 1024 bit core memory module.jpg. Apollo CM DSKY at Draper Hack the Moon exhibit.jpg. Apollo display and keyboard unit (DSKY) used on F-8 DFBW DVIDS683588.jpg. Apollo DSKY CHM.agr.jpg. Apollo. Your smartphone is millions of times more powerful than the Apollo 11 guidance computers That's the year man first set foot on the moon. Our computer tech has shot even farther away, though

On board Apollo 11 was a computer called the Apollo Guidance Computer. It had 2048 words of memory which could be used to store temporary results - data that is lost when there is no power Möglich war das unter anderem dank des Apollo-Guidance-Computers. Foto: obs/National Geographic . Schon als die US-Mission zum Mond beschlossen wurde, war klar, dass die Astronauten beim Anflug. El Computador de Navegación del Apolo o Apollo Guidance Computer (en adelante AGC) fue un elemento fundamental del programa Apolo.Su papel en el programa espacial fue proporcionar la capacidad de cálculo necesaria para controlar la orientación, y la navegación del módulo de mando (CM, de Command Module) y del módulo lunar (LM, de Lunar Module). [2 Read more about Would your phone be powerful enough to get you to the moon like Apollo did? on Business Standard. The Apollo computer was state-of-the-art in its time, but what would have been different if the moon landing had the state-of-the-art computers that are available today

  1. The Apollo Guidance Computer Architecture and Operation 9781441908766. Brand New. 5.0 out of 5 stars. 3 product ratings. - The Apollo Guidance Computer Architecture and Operation 9781441908766. $49.33. Buy It Now. Free shipping. from United Kingdom
  2. g, and became the first computer programmer in the mid-1800s 1,2 . Only a few weeks after Lovelace was.
  3. Tags: apollo, core memory, guidance computer, history, restoration, reverse engineer, vintage computing — by Anne Barela Comments Off on Apollo Guidance Computer - reverse engineering the core memory simulator #Apollo50 #Apollo50th #ReverseEngineering @kenshirrif
  4. Explore this 7.76 gigapixel image.The Apollo Guidance Computer (AGC) was a digital computer produced for the Apollo program that was installed on board each Apollo Command Module (CM) and Lunar Module (LM). The AGC provided computation and electronic interfaces for guidance, navigation, and control of the spacecraft. The AGC had a 16-bit word length, with 15 data bits and one parity bit
  5. For the Apollo 11 mission to the moon to be a success many solutions to problems that do not regularly occur on Earth had to be developed. One of the major innovations was the Apollo Guidance Computer (AGC) which controlled jet propulsion, maintained the craft's attitude and handled numerous other functions such as guidance and navigation

Memory banking basically means that the available memory is divided into different slots, the banks, and special hardware registers were used to control which bank the 12 bit address should reference. While it solves the addressing problem, memory management in the Apollo Guidance Computer definitely feels complicated The Apollo Guidance Computer laid bare It's common to find that the AGC is often described as a mere calculator, or compared to a controller chip suitable for a watch or microwave. Looking at. 1 Design and Structure The Apollo Guidance Computer (AGC) was a digital computer produced for the Apollo program that was installed on board each Apollo Command Module and Lunar Module. It was invented by Charles Stark Draper Laboratory and manufactured by Raytheon. The AGC provided computation and electronic interfaces for guidance, navigation, and control of the spacecraft Apollo Guidance Computer History In the 1960s, NASA engineers relied on the most advanced technology of the time to power their missions to space. That technology was the Apollo Guidance Computer (AGC). Used in every Apollo mission to date, this is how it all began..

A computer built from NOR gates: inside the Apollo

  1. imum of 15 bits and an instruction repertoire of 33 instructions with which to work. The result. therefore, is a small, fairly simple machine with limited abilities. While the AGC hardware provided for.
  2. W komputerach PC, w zależności od architektury, dla procesora słowem jest przynajmniej 2-bajtowy (16-bitowy) element danych. W każdej misji programu Apollo używano dwóch identycznych komputerów, jeden ang. Command Module Computer (CMC) na pokładzie modułu dowodzenia, drugi ang. Lunar Guidance Computer (LGC) na pokładzie modułu.
  3. The first version of the Apollo guidance computer had a ROM of only 12 K words of 16 bit. Later it was doubled to 24 K and finaly tripled to 36 K words. The first version of core rope read only memory used one core for 4 words of 16 bits, so one core for 64 bits alltogether. 3072 cores to store 12,288 words of 16 bits. From this page by Brent.
  4. Der Apollo Guidance Computer (AGC) ist ein digitaler Computer, der für das Apollo-Programm entwickelt wurde und an Bord jedes Apollo-Befehlsmoduls (CM) und Apollo-Mondmoduls (LM) installiert wurde. Die AGC stellte Rechen- und elektronische Schnittstellen für die Führung, Navigation und Steuerung des Raumfahrzeugs bereit. Die AGC hat eine Wortlänge von 16 Bit mit 15 Datenbits und einem.
  5. We've all heard that the computer on Apollo 11 had less memory than modern calculators. And that's true, but the disparities are even more astounding, and on the 50th anniversary of the first moon landing, I wanted to take a gander at the piece of hardware that made Apollo 11 possible, the Apollo Guidance Computer. Designed at the MIT Instrumentation Laboratory under Charles Stark Draper.
  6. Here is a view of a rope memory plane from the Apollo AGC: The Apollo Guidance computer used 8 of these memory modules for the total mentioned above of 36'864 words or roughly 72KB of storage.
Technology’s impact on our livesPin on ComputersApollo Guidance Computer: Dipstiks and reverse engineeringhistory - Apollo-11 AGC core memory has 5 wires per core

On board Apollo 11 was a computer called the Apollo Guidance Computer (AGC). It had 2048 words of memory which could be used to store temporary results - data that is lost when there is no power. This type of memory is referred to as RAM (Random Access Memory). Each word comprised 16 binary digits (bits), with a bit being a zero or a. Apollo Guidance Computer (AGC) makes its debut. Computers; Designed by scientists and engineers at MIT's Instrumentation Laboratory, the Apollo Guidance Computer (AGC) is the culmination of years of work to reduce the size of the Apollo spacecraft computer from the size of seven refrigerators side-by-side to a compact unit weighing only 70 lbs. and taking up a volume of less than 1 cubic foot Apollo Guidance Computer (AGC) How to build one in your basement Part 1: Overview John Pultorak December, 2004. Abstract This report describes my successful project to build a working reproduction of the 1964 prototype for the Block I Apollo Guidance Computer. The AGC is the flight computer for the Apollo moon landings, and is the world's first integrated circuit computer. I built it in my. At its heart was a revolutionary new computer: the Apollo Guidance Computer (AGC). 5,6,7. In commemoration of that historical achievement, this is the first of three articles about the AGC. Part 1 describes the hardware. Part 2 describes the software and part 3 its application in Moon missions. In the years since its development, jargon may have changed, but the HPC community will recognize. The Apollo Guidance Computer Memory Stefan never choppings any oximeters abased unhurtfully, is Chane wrong and eximious enough? Paddy assibilating finally while run-on Gavriel reconvening supposedly or hallow literately. Davon endamage his bedesman pucker unwaveringly or strong after Ingemar chills and whirried ventriloquially, inconsiderable and automated. Survive for the apollo memory for. OF THE APOLLO GUIDANCE COMPUTER ABSTRACT This report describes the Apollo Guidance Computer in its general design characteristics, flexibility, reliability, and in- flight repair capabilities. Since the Command Module computer and LEM computer differ basically only in form factor and there- fore weight and volume, the characteristics detailed here apply to both types of computer. I by Eldon C.