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ORCID2nd IEEE Symposium on Computer Arithmetic 1972: College Park, MD, USA
- 2nd IEEE Symposium on Computer Arithmetic, ARITH 1972, College Park, MD, USA, May 15-16, 1972. IEEE Computer Society 1972
- Harvey L. Garner, Norman Foo, Lo Hsieh:
Groupoids and computer arithmetic. 1-14 - David W. Matula:
Foundations of finite precision arithmetic. 1-35 - R. O. Whitaker:
Changing from the Arabic-decimal system to the "Assembler Digit-Base-16" system. 1-14 - P. Monteiro, T. R. N. Rao:
Multiresidue codes for double error correction. 1-13 - Stephen S. Yau, Yu-Cheng Liu:
Error correction in redundant residue number systems. 1-22 - Dilip K. Banerji:
"A novel implementation method for addition and subtraction in residue number systems". 1-15 - T. L. Cauthen, T. R. Rao:
Analog techniques for residue operations. 1-23 - Oscar N. Garcia, Jorge R. Rodriguez:
Arithmetic codes in a module: A majority decoding approach. 1-15 - Antonín Svoboda:
Parallel processing in Boolean algebra. 1-9 - John Stephen Walther:
A floating point processor for elementary functions. 1-27 - C. V. Ramamoorthy, K. H. Kim:
Two optimal square-rooting algorithms ussing iterative multiplication. 1-37 - Thomas G. Hallin, Michael J. Flynn:
Pipelining of arithmetic functions. 1-28 - David H. Jacobsohn:
A combinatoric division algorithm for fixed integer divisors. 1-11 - Gururaj S. Rao, A. V. Krishnamurthy, M. Nagesh Rao:
A negative-binary adder-subtracter. 1-9 - Gururaj S. Rao, E. V. Krishnamurthy, M. Negesh Rao:
A polarizer for negative binary numbers. 1-4 - W. E. Glass:
Programming a vector computer. 1-28 - James E. Robertson, Kishor S. Trivedi:
The status of investigations into the use of continued fractions for computer hardware. 1-30 - Milos D. Ercegovac:
Eadix l6 evaluation of some elementary functions. 1-25 - Amnon Bracha:
Application of continued fractions for fast evaluation of certain functions on a digital computer. 1-13 - M. S. Schmookler:
Considerations in the design of a high speed decimal unit. 1-10 - Daniel E. Atkins:
The analysis and design of a class of quotient digit selectors. 1-2 - Nicholas C. Metropolis:
Analyzed binary computing. 1-14 - William J. Cody:
Static and dynamic numerical characteristic of floating point arithmetic. 1-15 - Richard P. Brent:
On the precision attainable with various floating-point number systems. 1-29 - John D. Marasa, David W. Matula:
A simulative study of correlated error propagation in various finite arithmetics. 1-44 - J. Michael Yohe:
Roundings in floating point arithmetic. 1-36 - L. R. Turner:
Hardware provisions for extended precision floating-point arithmetic. 1-5 - Alan B. Marcovitz:
Standards for computer arithmetic. 1-5
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