165 results on '"Tuck, Barbara"'
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2. Formal verification: Essential for complex designs.
3. The hardware/software coverification challenge.
4. Taking different approaches to design reuse.
5. Power pushed to prominence by system-on-a-chip and...
6. Integrating IP blocks to create a system-on-a-chip.
7. How do you guarantee the testability of an IP block?
8. Deep submicron challenges physical design tools/methodology.
9. Prepare for deep submicron with low-power strategy.
10. Finally, behavioral synthesis is production-ready.
11. Israel: a remarkable hotbed for hi-tech.
12. Consider emerging standards when selecting IP.
13. Core-based methodology maturing in time for mainstream?
14. ASIC sign-off alternatives on the upswing.
15. Make-or-buy library decision faces COT/foundry customers.
16. Complex ASICs straining verification resources.
17. Low power, density, and better tools propel cell-based ASICs.
18. After hard knocks, cycle-based simulators stand their ground.
19. Taking the mystery out of formal methods.
20. ASIC Forum: Confronting the obstacles to core-based ASIC design.
21. Choosing FPGAs, ASICs, or cores for DSP-based system design.
22. Embedded arrays, cell-based ASICs gain popularity for system-on-a-chip designs.
23. Deep submicron changes the face of verification.
24. Trend toward pre-synthesis tools for analyzing and verifying your SOCs.
25. New tools/methodologies increase verification productivity.
26. Four upstarts tout timing closure for SOC physical design.
27. More embedded memory choices for SOC.
28. Various techniques, languages being used to verify system-on-a-chip designs.
29. Linking logical to physical design.
30. SOC design: Hardware/software codesign or a Java-based...
31. It's time to shift to static verification/sign-off.
32. Today's applications fueling competition in datapath synthesis.
33. Standards may facilitate ASIC library development for low...
34. Links from logical to physical a must for deep submicron ASIC design.
35. Design services spreading with promise of speed and...
36. Hardware/software covertification for core-based ASIC...
37. Minimizing power at the implementation level.
38. Hardware/software codesign tools present a system-level approach.
39. Design and business issues surround synthesizable cores.
40. Test-bench tools ease tedious, time-consuming manual efforts.
41. Tools automate retargeting of physical libraries, chip layouts.
42. RTL floorplanner predicts timing, power for deep-submicrom ICs.
43. Deep-submicron RC extraction combines accuracy with speed.
44. Fast HDL-based cycle simulators rescue submicron designers.
45. Face-off: Emulation vs silicon prototyping.
46. Tools, services offer HW/SW verification and system expertise.
47. IP users, vendors struggle to stay on track with silicon.
48. Various paths taken to accelerate advances in HW/SW codesign.
49. Book explains how to design for reusability.
50. EDA/ASIC vendors cooperate on standards for system-on-a-chip design.
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