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CHiPTec Technical Reports: 1991
Internal reports
  1. D. Abbott, S. Cui, K. Eshraghian, and E. McCabe. Photovoltaic gate biasing edge effect in GaAs MESFETs. CHiPTec Tech. Rep. GaAs-91-11, The University of Adelaide, June 1991.


  2. D. Abbott and K. Eshraghian. Gallium arsenide MESFET imager. CHiPTec Tech. Rep. GaAs-91-18, The University of Adelaide, 1991.


  3. A. Beaumont-Smith, W. Marwood, C.C. Lim, and K. Eshraghian. Ultra high speed gallium arsenide systems: design methodology, CAD tools and architectures. CHiPTec Tech. Rep. GaAs-91-01, The University of Adelaide, March 1991.


  4. K. Eshraghian, E. Bushehri, and R. Bayford. Characterization and performance analysis of gallium arsenide MESFET structures, using a new layout apporach. CHiPTec Tech. Rep. GaAs-91-13, The University of Adelaide, July 1991.


  5. K. Eshraghian, E. Bushehri, and R. Bayford. Characterization and performance estimation of MESFET structures. CHiPTec Tech. Rep. GaAs-91-12, The University of Adelaide, July 1991.


  6. K. Eshraghian, R. Sarmiento, P. P. Carballo, and A. Nunez. Speed-Area-Power optimization for DCFL and SDCFL class of logic using ring notation. CHiPTec Tech. Rep. GaAs-91-10, The University of Adelaide, May 1991.


  7. R. Flay. Test vector generation for combinational logic circuits. CHiPTec Tech. Rep. GaAs-91-07, The University of Adelaide, May 1991.


  8. C. C. Kong. Control logic and software for a high speed tester. CHiPTec Tech. Rep. GaAs-91-06, The University of Adelaide, May 1991.


  9. N. Laycock. BiCMOS VLSI layout, design rule checking, and circuit extraction. CHiPTec Tech. Rep. GaAs-91-03, The University of Adelaide, May 1991.


  10. W. Marwood. A generalized systolic array serial floating point adder and accumulator. CHiPTec Tech. Rep. GaAs-91-21, The University of Adelaide, July 1991.


  11. W. Marwood. A generalized systolic ring serial floating point multiplier. CHiPTec Tech. Rep. GaAs-91-20, The University of Adelaide, July 1991.


  12. W. Marwood. A number theory mapping generator for addressing matrix structures. CHiPTec Tech. Rep. GaAs-91-19, The University of Adelaide, July 1991.


  13. S. Mosel. Ultra high speed graphics engine architecture and polynomial evaluator in gallium arsenide. CHiPTec Tech. Rep. GaAs-91-15, The University of Adelaide, October 1991.


  14. V. Nomokonov and F. Filippov. Test pattern generation for combinational logic circuits: new method and algorithm. CHiPTec Tech. Rep. GaAs-91-02, The University of Adelaide, May 1991.


  15. D. Silver. 1 GHz clock generator for a GaAs IC functional tester. CHiPTec Tech. Rep. GaAs-91-04, The University of Adelaide, May 1991.


  16. M. Tang. Construction of matrices of paths for graph models of combinational circuits. CHiPTec Tech. Rep. GaAs-91-08, The University of Adelaide, May 1991.


  17. J. Yeung. investigation of the ability of test sets to detect physical fault in combinational logic. CHiPTec Tech. Rep. GaAs-91-05, The University of Adelaide, May 1991.


  18. N. S. Yusoff. Test set derivation for combinational logic circuits using matrices of paths. CHiPTec Tech. Rep. GaAs-91-09, The University of Adelaide, May 1991.



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