Technical Papers
Below is a listing of my technical papers along with a short synopsis of each:
Analysis of true and pseudo random number generators
This paper is in an initial draft state. All information is open for future revisions.
In this paper, various numerical analysis tests for randomness are performed on true as well as pseudorandom number generators. The quality of these random number generators is the key issue being investigated in this report. The DIEHARD battery of random number tests were chosen for measuring the quality of the various random number generators, on the basis that these tests were applicable, straightforward, accurate and implementable.
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This paper is in an initial draft state. All information is open for future revisions.
In this paper, various numerical analysis tests for randomness are performed on true as well as pseudorandom number generators. The quality of these random number generators is the key issue being investigated in this report. The DIEHARD battery of random number tests were chosen for measuring the quality of the various random number generators, on the basis that these tests were applicable, straightforward, accurate and implementable.
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Programming Language Design
This paper describes a theoretical programming language entitled TPS (Tiny PHP with SQL). The primary purpose that Tiny PHP with SQL serves is to provide a straight forward, non-cluttered, and highly efficient Hypertext Preprocessor based upon the commonly used programming language known as PHP.
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This paper describes a theoretical programming language entitled TPS (Tiny PHP with SQL). The primary purpose that Tiny PHP with SQL serves is to provide a straight forward, non-cluttered, and highly efficient Hypertext Preprocessor based upon the commonly used programming language known as PHP.
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Embedded System Design
This paper describes the design of a digital alarm clock that has a simple input design using a numeric keypad. The current time as well as the alarm time is programmable using the numeric keypad. The clock is built around a PIC16F877 Microcontroller.
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This paper describes the design of a digital alarm clock that has a simple input design using a numeric keypad. The current time as well as the alarm time is programmable using the numeric keypad. The clock is built around a PIC16F877 Microcontroller.
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