Massachusetts Institute of Technology. Department of Electrical Engineering
Found in 30 Collections and/or Records:
A Coincident-Current Magnetic Memory Unit, 1950 January 24
MIT DIC 6345. Project Whirlwind Memo M-975. Master's Thesis Proposal: A Coincident-Current Magnetic Memory Unit.
A Large Planar Switch For Register Selection In A Magnetic-core Memory, 1953 August 31
Project Whirlwind Memo M-2384. Master's Thesis Research Proposal on a Large Planar Switch for Register Selection in a Magnetic-core Memory. The purpose of this thesis is to evaluate a proposed selection scheme for a magnetic-core memory and to compare it with that presently used at the MIT Digital Computer Laboratory.
A Magnetic-Core Memory With External Selection, 1954 April 6
Project Whirlwind Memo M-2762. Master's Thesis Proposal: A Magnetic-Core Memory With External Selection.
A Multi-position Magnetic Switch and its Incorporation Into a Magnetic Memory, 1951 September 21
MIT DIC 6889. Project Whirlwind Memo M-1282. Master's Thesis Proposal: A Multi-position Magnetic Switch and its Incorporation Into a Magnetic Memory.
A transistorized amplifier-discriminator for core memory output sensing, 1955 March 7
Division 6 Memo M-3417. Master's thesis proposal discussing the problem of developing and constructing a transistor system to convert memory output into the presence and absence of standard computer pulses. Includes: statement of the problem, history of the problem, proposed plan of attack, proposed procedure, equipment needed, estimated time, supervision agreement, and bibliography.
An Investigation of Ferroelectrics for Digital Information Storage, 1951 November 23
MIT DIC 6345. Project Whirlwind Memo M-1335. Master's Thesis Proposal: An Investigation of Ferroelectrics for Digital Information Storage.
An Investigation of Some Parameters which Influence the Magnetic Characteristics of Ferrites, 1954 September 20
An RF Readout System for a Coincident-Current Magnetic-Core Memory, 1952 December 19
MIT DIC 6889. Project Whirlwind Memo M-1767. Master's Thesis Research Proposal on an RF Readout System for a Coincident-Current Magnetic-Core Memory. It is the purpose of this thesis to evaluate the utility of the proposed system of high-frequency nondestructive readout and to compare it with existing pulse readout systems.
Dugald C. Jackson papers
Elihu Thomson papers
The papers of Elihu Thomson include a journal (1874) with reference to Thomson's early activities at the Franklin Institute; patent information (1876-1902) relating to his work with Edwin J. Houston; and papers relating to American Electric (1880), Thomson Houston Company (1883), Thomson Electric Welding Company (1888), and General Electric Company (1892).
High-Speed Magnetic Pulse Control Circuits for Computers, 1952 August 6
MIT DIC 6889. Project Whirlwind Memo M-1582. Master's Thesis Research proposal on High-Speed Magnetic Pulse Control Circuits for Computers.
James D. Bruce correspondence
The collection of James D. Bruce correspondence consists of personal correspondence, which includes letters of congratulation to Bruce on his appointments at the Massachusetts Institute of Technology in the Industrial Liaison Program and office of information systems, and correspondence reflecting Bruce's interest in the expression of religious faith in the workplace.
Massachusetts Institute of Technology, Department of Electrical Engineering, Office of the Executive Director records
The collection comprises records created by the Department of Electrical Engineering Office of the Executive Director during the tenure of Carlton Tucker. Materials in the collection date from 1947 to 1969 and include curricula, teaching assignments, and memoranda.
Multi-Coordinate Selection Systems for Magnetic-core Storage, 1954 January 19
Project Whirlwind Memo M-2634. Master's Thesis Proposal: Multi-Coordinate Selection Systems for Magnetic-core Storage.
Paul E. Gray papers
Progress Report to the Department Committee on Graduate Study and Research, 1950 May 18
MIT DIC 6345. Project Whirlwind Memo M-1043. Report No. 4. Progress Report to the Department Committee on Graduate Study and Research on a Coincident-Current Magnetic Memory Unit.
Progress Report to the Department Committee on Graduate Study and Research, 1950 April 24
MIT DIC 6345. Project Whirlwind Memo M-1028. Report No. 3. Progress Report to the Department Committee on Graduate Study and Research on a Coincident-Current Magnetic Memory Unit.
Progress Report to the Department Committee on Graduate Study and Research, 1950
MIT DIC 6345. Project Whirlwind Memo M-1011. Report No. 2. Progress Report to the Department Committee on Graduate Study and Research on a Coincident-Current Magnetic Memory Unit.
Progress Report to the Department Committee on Graduate Study and Research, 1947 April 18
Project Whirlwind Memo M-75. Report No. 2. Progress Report to the Department Committee on Graduate Study and Research on High-Speed Gas Discharge Gaps for Data Storage in Electronic Computers.
Progress Report to the Department Committee on Graduate Study and Research, 1950 March 2
MIT DIC 6345. Project Whirlwind Memo M-997. Report No. 1. Progress Report to the Department Committee on Graduate Study and Research on a Coincident-Current Magnetic Memory Unit.
Progress Report to the Department Committee on Graduate Study and Research, 1947 October 25
Project Whirlwind Memo M-88. Report No. 6. Progress Report to the Department Committee on Graduate Study and Research on Gas Discharge Gaps for Data Storage in Electronic Computers.
Progress Report to the Department Committee on Graduate Study and Research, 1948 March 18
MIT DIC 6345. Project Whirlwind Memo M-305. Report No. 2. Progress Report to the Department Committee on Graduate Study and Research on a Trouble-Location Scheme for a Digital Electronic Computer.
Progress Report to the Department Committee on Graduate Study and Research, 1950 July 5
MIT DIC 6345. Project Whirlwind Memo M-1061. Report No. 5. Progress Report to the Department Committee on Graduate Study and Research on a Coincident-Current Magnetic Memory Unit.
Progress Report to the Department Committee on Graduate Study and Research, 1952 January
Project Whirlwind Memo M-1376. Report No. 1. Progress Report to the Department Committee on Graduate Study and Research on an Investigation of Ferroelectrics for Digital Information Storage.
Progress Report to the Department Committee on Graduate Study and Research, 1952 April
Project Whirlwind Memo M-1450. Report No. 2. Progress Report to the Department Committee on Graduate Study and Research on an Investigation of Ferroelectrics for Digital Information Storage.
Readout-Noise Reduction in a Magnetic-Core Memory, 1953 July 23
Project Whirlwind Memo M-2314. Master's Thesis Research Proposal on Readout-Noise Reduction in a Magnetic-Core Memory. The problem for this thesis is the analysis of unwanted signals occurring during the readout of a magnetic-core memory plane and the evaluation of certain proposed sensing schemes for reducing these unwanted signals.
Rectangular Hysteresis Loop Materials in a Non-Destructive Read System, 1952 October
MIT DIC 6889. Project Whirlwind Memo M-1701. Progress report to the Department of Electrical Engineering on a Master's Thesis Research project on Rectangular Hysteresis Loop Materials in a Non-Destructive Read System.
Rectangular Hysteresis Loop Materials in a Non-Destructive Read System, 1952 October 20
MIT DIC 6889. Project Whirlwind Memo M-1691. Master's Thesis Research proposal on Rectangular Hysteresis Loop Materials in a Non-Destructive Read System.
The Incorporation of a Magnetic Matrix Switch into a Multiplanar Coincident-Current Magnetic Memory, 1953 November 12
Project Whirlwind Memo M-2514. Master's Thesis Research Proposal on the Incorporation of a Magnetic Matrix Switch into a Multiplanar Coincident-Current Magnetic Memory. The purpose of this thesis is to investigate the problem of driving a large (64 x 64 x 32 digit) coincident-current magnetic-core memory using magnetic switch cores.
Transistor Magnetic Core Drivers, 1953 May 18
Project Whirlwind Memo M-2166. Master's Thesis Research Proposal on an investigation of the problems involved in using transistors to drive magnetic cores.