Puzzle: 2. There is a box with 13 W and 15 B balls. There are also 28 B balls on the outside. At each turn, two balls are randomly and simultaneously taken out of the box. If the balls are of different color, the W ball is returned to the box. If the balls are of the same color, they are removed and a B ball from outside is put into the box. After some turns, only one ball remains in the box. Can you deterministically tell the color of this ball?
Interesting question about memory aliasing. You've two APIs write(addr, data) and read(addr, &data) just using these two APIs write an algorithm to identify one of the internal signals that has been shorted. You've no access to internal signals or the interface signals (black box verification)
About work experience, Implement randc using rand, SV questions, Verilog design question, Fifo depth question, Scoreboard implementation of a design, MESI, Linked list traversing question. Looks like they need C++ even if the position requires SV/UVM only.
Define performance?
Why is scrambling, encoding, and equalization used in PCI Express?
A data vs clock path is given and there is latency in one of them how would you current it
What are the 1st two lines of codes in a typical UVM test?
What do you know about ARM and specifically about their products?
random, depends on team
Transfer function of a simple VCO
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