Microprocessor laboratory
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Presentation given to 6th semester students on first day of their Microprocessor Lab. Introduction to computers and development of microprocessors
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Smalltalk Computers, Past and Future by Jecel Mattos de Assumpção Jr
Alan's Kay FlexMachine thesis was a mix of hardware and software, as was the Dynabook idea. This was quickly followed by the Xerox Alto computer and then the D machines. Smalltalk-80 first became commercially available in the form of the Tektronix 4404 AI Workstation hardware and there were several academic Smalltalk hardware designs such as SOAR (Smalltalk On A RISC, retroactively renamed as RISC III to justify the RISC V name) from Berkeley, the Mushroom from Manchester and the 1024 processor J-Machine from MIT. Only with the introduction of Digitalk's Methods (later Smalltalk V) for the PC and ParcPlace's Smalltalk-80 for workstations did the language become a software-only product.
Jecel started his 68000 based Merlin 1 Smalltalk computer project in 1984 and did several designs with commercial processor before moving on to his own Smalltalk specific processors in 1998. The current SiliconSqueak project and future research directions will be described in the context of the history mentioned above.
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Smalltalk Computers, Past and Future by Jecel Mattos de Assumpção Jr
Alan's Kay FlexMachine thesis was a mix of hardware and software, as was the Dynabook idea. This was quickly followed by the Xerox Alto computer and then the D machines. Smalltalk-80 first became commercially available in the form of the Tektronix 4404 AI Workstation hardware and there were several academic Smalltalk hardware designs such as SOAR (Smalltalk On A RISC, retroactively renamed as RISC III to justify the RISC V name) from Berkeley, the Mushroom from Manchester and the 1024 processor J-Machine from MIT. Only with the introduction of Digitalk's Methods (later Smalltalk V) for the PC and ParcPlace's Smalltalk-80 for workstations did the language become a software-only product.
Jecel started his 68000 based Merlin 1 Smalltalk computer project in 1984 and did several designs with commercial processor before moving on to his own Smalltalk specific processors in 1998. The current SiliconSqueak project and future research directions will be described in the context of the history mentioned above.
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Early Computing Devices
People used sticks, stones, and bones as counting tools before computers were invented. More computing devices were produced as technology advanced and the human intellect improved over time. Let us look at a few of the early-age computing devices used by mankind.
Abacus
Abacus was invented by the Chinese around 4000 years ago. It’s a wooden rack with metal rods with beads attached to them. The abacus operator moves the beads according to certain guidelines to complete arithmetic computations.
Napier’s Bone
John Napier devised Napier’s Bones, a manually operated calculating apparatus. For calculating, this instrument used 9 separate ivory strips (bones) marked with numerals to multiply and divide. It was also the first machine to calculate using the decimal point system.
Pascaline
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Stepped Reckoner or Leibniz wheel
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Difference Engine
In the early 1820s, Charles Babbage created the Difference Engine. It was a mechanical computer that could do basic computations. It was a steam-powered calculating machine used to solve numerical tables such as logarithmic tables.
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Abacus
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Stepped Reckoner or Leibniz wheel
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Tabulating machine
An American Statistician – Herman Hollerith invented this machine in the year 1890. Tabulating Machine was a punch card-based mechanical tabulator. It could compute statistics and record or sort data or information. Hollerith began manufacturing these machines in his company, which ultimately became International Business Machines (IBM) in 1924.
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Editor's Notes
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