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ORCID3rd IEEE Symposium on Computer Arithmetic 1975: Dallas, TX, USA
- T. R. N. Rao, David W. Matula:
3rd IEEE Symposium on Computer Arithmetic, ARITH 1975, Dallas, TX, USA, November 19-20, 1975. IEEE Computer Society 1975
Mathematical Foundations of Computer Arithmetic
- Ulrich W. Kulisch:
Mathematical foundation of computer arithmetic. 1-13 - Gerd Bohlender:
Floating-point computation of functions with maximum accuracy. 14-23 - Rudi Klatte, Christian P. Ullrich:
Consequences of a properly implemented computer arithmetic for periodicities of iterative methods. 24-32 - Pat H. Sterbenz:
Understandable arithmetic. 33-35 - Jan G. Kent:
Comparison sets: A useful partitioning of the space of floating point operand pairs. 36-39
Control and Monitoring of Precision
- Peter Kornerup:
A unified numeric data type in Pascal. 40-47 - Allan L. Lang, Bruce D. Shriver:
The design of a Polymorphic Arithmetic Unit. 48-55 - Myron Ginsberg, Dennis J. Frailey:
The design and use of a floating-point (software) simulator for testing the arithmetic behavior of mathematical software. 56-63 - Robert L. Bivins, Nicholas C. Metropolis:
Significance arithmetic: Application to a partial differential equation. 64-66 - David J. Kuck, Douglas Stott Parker Jr., Ahmed H. Sameh:
ROM-rounding: A new rounding scheme. 67-72 - Roy A. Keir:
Programmer-controlled roundoff and the selection of a stable roundoff rule. 73-75
Number Systems
- Armen Gabrielian:
Formal systems of numerals. 76-81 - Roy A. Keir:
Compatible number representations. 82-86 - Algirdas Avizienis:
Redundancy in number representations as an aspect of computational complexity of arithmetic functions. 87-89 - David W. Matula:
Fixed-slash and floating-slash rational arithmetic. 90-91 - E. V. Krishnamurthy:
Matrix processors using p-ADIC arithmetic for exact linear computations. 92-97 - Jean P. Chinal:
Mirror arithmetic. 98-107
Residue Arithmetic and Error Control
- Antonín Svoboda:
Self-checking adder for large scale integration. 108-112 - Dilip K. Banerji:
On combinational logic for sign detection in residue number systems. 113-116 - Robert T. Gregory, David W. Matula:
Base conversion in residue number systems. 117-125 - Jean P. Chinal:
The logic of modulo 2k + 1 adders. 126-136
Arithmetic Algorithms and Their Analysis
- Kishor S. Trivedi:
On the use of continued emotions for digital computer arithmetic. 137-146 - Milos D. Ercegovac:
A general method for evaluation of functions and computations in a digital computing. 147-157 - Daniel E. Atkins:
Higher radix, non-restoring division: History and recent developments. 158-160 - Kishor S. Trivedi, Milos D. Ercegovac:
On-line algorithms for division and multiplication. 161-167
Case Studies of Arithmetic Processor Design and Implementation
- Charles Stephenson:
Case study of the pipelined arithmetic unit for the TI Advanced Scientific Computer. 168-173 - Theodore H. Kehl, Kenneth J. Burkhardt:
A minicomputer micxoprogrammable, arithmetic processor. 174-178 - Bruce D. Shriver, Peter Kornerup:
The UNRAU a Unified Numeric Representation Arithmetic Unit. 179-184
Ultra-High Speed Arithmetic for Special Purpose Processors
- Caxton C. Foster, Edward M. Riseman, Fred G. Stockton, Conrad Wogrin:
A novel multiply-by-three circuit. 185-187 - Michael Benedek:
Developing large binary to BCD conversion structures. 188-196 - G. Jack Lipovski:
On residue number A/D and D/A converters. 197-199 - Arnold Weinberger:
High-speed zero-sum detection. 200-207
Parallelism and Array Logic
- Dharma P. Agrawal:
Optimum array-like structures for high-speed arithmetic. 208-219 - Gary W. Cobb:
The impact of parallelism on software. 220-222 - Lakshmi N. Goyal:
Design of an arithmetic element for serial processing in an iterative structure. 223-231 - Renato de Mori, Michele Elia, Angelo Serra:
Minimization methods for macrocellular arithmetic networks. 232-240 - Bruce D. Shriver, Eric K. Reuter:
A bibliography on computer arithmetic. 241-249
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