Part II: 65 points (plug in your own RTL from the design in homework) Your tasks
ID: 3802661 • Letter: P
Question
Part II: 65 points (plug in your own RTL from the design in homework) Your tasks: most important for grading) 1. (40 points) Low Power Design Multi-core CPU with system bus and PMU: Integrate your RTL included CPUs (multi-core), system bus, shared memory, PMU, and other modules if applicable; and verify with simulation. a. Please explain how your verification worked and along with waveform (zoom-in clearly) b. Your multi-core CPU TB should, at least, include following cases: Test credit Function Case s Single core executes all the required commands and forms a 1 loop all the cores perform interleave-access to memory via yoursystem 2 bus. That is, more than one cores request to access memory 3 clearly show how your bus "arbitration" and "buffering" work Implement an interrupt signalfrom mastercore to othercoresand stop all the running tasks. (make it ready for poweroff) Hint, the 4 interrupt will change your FSM or controllerin your core Implementan adapter between system bus and serial interface of 5 PMU, so that, at least a mastercore can program your PMU 10Explanation / Answer
A cyclic cluster may be a cluster which will be generated by one part X (the cluster generator). Cyclic teams area unit Abelian.
A cyclic cluster of finite cluster order n is denoted will, Z_n, Z_n, or C_n; Shanks 1993, p. 75), and its generator X satisfies
X^n=I,
(1)
where I is that the identity.
The ring of integers Z kind AN infinite cyclic cluster underneath addition, and also the integers zero, 1, 2, ..., n-1 (Z_n) kind a cyclic cluster of order n underneath addition (mod n). In each cases, zero is that the identity.
There exists a singular cyclic cluster of each order n>=2, therefore cyclic teams of a similar order area unit forever isomorphous (Scott 1987, p. 34; Shanks 1993, p. 74). what is more, subgroups of cyclic teams area unit cyclic, and every one teams of prime cluster order area unit cyclic. In fact, the sole straightforward Abelian teams area unit the cyclic teams of order n=1 or n a first-rate (Scott 1987, p. 35).
The ordinal cyclic cluster is delineate within the atomic number 74 Language as CyclicGroup[n].
Examples of cyclic teams embrace carbon dioxide, C_3, C_4, ..., and also the modulo multiplication teams letter of the alphabet specified m=2, 4, p^n, or 2p^n, for p AN odd prime and n>=1 (Shanks 1993, p. 92).
A cyclic cluster may be a cluster which will be generated by one part X (the cluster generator). Cyclic teams area unit Abelian.
A cyclic cluster of finite cluster order n is denoted will, Z_n, Z_n, or C_n; Shanks 1993, p. 75), and its generator X satisfies
X^n=I,
(1)
where I is that the identity.
The ring of integers Z kind AN infinite cyclic cluster underneath addition, and also the integers zero, 1, 2, ..., n-1 (Z_n) kind a cyclic cluster of order n underneath addition (mod n). In each cases, zero is that the identity.
There exists a singular cyclic cluster of each order n>=2, therefore cyclic teams of a similar order area unit forever isomorphous (Scott 1987, p. 34; Shanks 1993, p. 74). what is more, subgroups of cyclic teams area unit cyclic, and every one teams of prime cluster order area unit cyclic. In fact, the sole straightforward Abelian teams area unit the cyclic teams of order n=1 or n a first-rate (Scott 1987, p. 35).
The ordinal cyclic cluster is delineate within the atomic number 74 Language as CyclicGroup[n].
Examples of cyclic teams embrace carbon dioxide, C_3, C_4, ..., and also the modulo multiplication teams letter of the alphabet specified m=2, 4, p^n, or 2p^n, for p AN odd prime and n>=1 (Shanks 1993, p. 92).