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implementing abstract data typesa course in data structures and algorithms is hence a course in implementing abstract data types it may seem that we
enumerate about the data structure an arrangement of data in memory locations to signify values of the carrier set of an abstract data type realizing
what are the things require to implement adtabstract data types are very useful for helping us understand the mathematical objects which we use in
data type an implementation of an abstract data type on a computertherefore for instance boolean adt is implemented as the boolean type in java and
abstract data typethe thing which makes an abstract data type abstract is that its carrier set and its operations are mathematical entities like
state about the bit stringcarrier set of the bit string adt is the set of all finite sequences of bits including empty strings of bits which we
what is stringcarrier set of the string adt is the set of all finite sequences of characters from some alphabet including empty sequence the empty
state in detail about the integercarrier set of the integer adt is the set -2 -1 0 1 2 and operations on these values are addition
determine in brief about the booleancarrier set of the boolean adt is the set true false operations on these values are negation conjunction
explain about the abstract data typeabstract data type adta set of values the carrier set andoperations on those
illustrate an example of algorithmconsider that an algorithm is a sequence of steps not a program you might use the same algorithm in different
what is algorithma finite sequence of steps for accomplishing some computational task an algorithm should have steps which are simple and definite
channel accessin first generation systems every cell supports a number of channels at any given time a channel is allocated to only one user second
what is the difference between the specparam and parameter constructsspecparam is a special kind of parameter which is intended to specify only
difference between the testing and verificationverification proves conformance with a specificationtesting tries to find cases where the system does
state the example of begin endmodule sequentialreg ainitial beginmonitor permilg a permilb time a10 a 011 a 112 a 013 a 114
determine the begin - end keywordsgroup several statements together cause the statements to be evaluated sequentially one at a time-gt any timing
what is fork clk gets its value after 1 time unit reset after 10 time units enable after 5 time units data after 3 time units all the statements are
determine the example - fork-join module initialforkjoinreg clkresetenabledatainitial beginmonitorpermilg clkpermilb resetpermilb enablepermilb
difference between the fork -join and begin-endthe fork - join keywordsgroups several statements togethercause statements to be evaluated in parallel
what do conditional assignments get inferred intoconditionals in a continuous assignment are specified through
what is static timinga delays over all paths are added upb all possibilities including false paths verified without the need for test vectorsc faster
explain in detail about the dynamic timinga design is simulated in full timing modeb not all possibilities tested as it is dependent on input test
what logic is inferred when there are multiple assign statements targeting the same wireits illegal to specify multiple assign statements to the same
what is meant by inferring latches how to avoid it consider the followingalways s1 or s0 or i0 or i1 or i2 or i3case s1 s02d0 out i02d1 out i12d2