Understanding The Syllabus Of Computer Sience (the Importance Of Discrete Maths) - Education - Nairaland
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| Understanding The Syllabus Of Computer Sience (the Importance Of Discrete Maths) by Philosopher1979: 1:44pm On Jan 22, 2015 |
Discrete Mathematics is the basis and foundation of computer sciece
For example, cryptography is based on number theory
A LOT OF THINGS IN COMPUTER SCIENCE ARE RELATED TO DISCRETE MATHEMATICS AND I THINK THAT COMPUTER SCIENCE STUDENTS IN NITERIA STRUGGLE WITH RESEARCH BECAUSE THEY DO NOT UNDERSTAND THIS FACT AND/OR THEIR KNOWLEDGE OF DISCRETE MATHEMATICS IS SUSPECT
The topics to include are:
Discrete Mathematics
Propositional and predicate logic
Boolean algebra
Functions growth of functions big-O notation
Sequences and summations
Integers elementary number theory
Proof techniques direct indirect contradiction induction
Matrices
Counting
Pigeon hole principle
Permutations and combinations
Discrete probability
Recursive definitions recurrence relations
Relations : properties applications representation closures equivalence
Graphs : terminology representation isomorphism connectivity paths
Computer Science Topics
Computers and Computation
Computer System Organization
Abstraction problem solving algorithms
Logic gates and elementary circuits
Algorithm design analysis of simple loops
Representation (ASCII binary two’s complement floating point instructions
Algorithm correctness loop invariants pre-and post-conditions
Machine cycle
More algorithm correctness
Analysis of nested loops
Analysis of recursive algorithms
Run time organization run time stack
Searching and sorting
Trees binary search trees traversals
A LOT OF THINGS IN COMPUTER SCIENCE ARE RELATED TO DISCRETE MATHEMATICS AND I THINK THAT COMPUTER SCIENCE STUDENTS IN NITERIA STRUGGLE WITH RESEARCH BECAUSE THEY DO NOT UNDERSTAND THIS FACT AND/OR THEIR KNOWLEDGE OF DISCRETE MATHEMATICS IS SUSPECT 1 Like |
| Re: Understanding The Syllabus Of Computer Sience (the Importance Of Discrete Maths) by Nobody: 2:35pm On Jan 22, 2015 |
Philosopher1979:
Discrete Mathematics is the basis and foundation of computer sciece
For example, cryptography is based on number theory
A LOT OF THINGS IN COMPUTER SCIENCE ARE RELATED TO DISCRETE MATHEMATICS AND I THINK THAT COMPUTER SCIENCE STUDENTS IN NITERIA STRUGGLE WITH RESEARCH BECAUSE THEY DO NOT UNDERSTAND THIS FACT AND/OR THEIR KNOWLEDGE OF DISCRETE MATHEMATICS IS SUSPECT
The topics to include are:
Discrete Mathematics
Propositional and predicate logic
Boolean algebra
Functions growth of functions big-O notation
Sequences and summations
Integers elementary number theory
Proof techniques direct indirect contradiction induction
Matrices
Counting
Pigeon hole principle
Permutations and combinations
Discrete probability
Recursive definitions recurrence relations
Relations : properties applications representation closures equivalence
Graphs : terminology representation isomorphism connectivity paths
Computer Science Topics
Computers and Computation
Computer System Organization
Abstraction problem solving algorithms
Logic gates and elementary circuits
Algorithm design analysis of simple loops
Representation (ASCII binary two’s complement floating point instructions
Algorithm correctness loop invariants pre-and post-conditions
Machine cycle
More algorithm correctness
Analysis of nested loops
Analysis of recursive algorithms
Run time organization run time stack
Searching and sorting
Trees binary search trees traversals
A LOT OF THINGS IN COMPUTER SCIENCE ARE RELATED TO DISCRETE MATHEMATICS AND I THINK THAT COMPUTER SCIENCE STUDENTS IN NITERIA STRUGGLE WITH RESEARCH BECAUSE THEY DO NOT UNDERSTAND THIS FACT AND/OR THEIR KNOWLEDGE OF DISCRETE MATHEMATICS IS SUSPECT na wetin your lecturer teach you today.....  ?? Now i bet you must have crammed them......waiting for your semester examination. |
| Re: Understanding The Syllabus Of Computer Sience (the Importance Of Discrete Maths) by Nobody: 3:52pm On Jan 22, 2015 |
Philosopher1979:
Discrete Mathematics is the basis and foundation of computer sciece
For example, cryptography is based on number theory
A LOT OF THINGS IN COMPUTER SCIENCE ARE RELATED TO DISCRETE MATHEMATICS AND I THINK THAT COMPUTER SCIENCE STUDENTS IN NITERIA STRUGGLE WITH RESEARCH BECAUSE THEY DO NOT UNDERSTAND THIS FACT AND/OR THEIR KNOWLEDGE OF DISCRETE MATHEMATICS IS SUSPECT
The topics to include are:
Discrete Mathematics
Propositional and predicate logic
Boolean algebra
Functions growth of functions big-O notation
Sequences and summations
Integers elementary number theory
Proof techniques direct indirect contradiction induction
Matrices
Counting
Pigeon hole principle
Permutations and combinations
Discrete probability
Recursive definitions recurrence relations
Relations : properties applications representation closures equivalence
Graphs : terminology representation isomorphism connectivity paths
Computer Science Topics
Computers and Computation
Computer System Organization
Abstraction problem solving algorithms
Logic gates and elementary circuits
Algorithm design analysis of simple loops
Representation (ASCII binary two’s complement floating point instructions
Algorithm correctness loop invariants pre-and post-conditions
Machine cycle
More algorithm correctness
Analysis of nested loops
Analysis of recursive algorithms
Run time organization run time stack
Searching and sorting
Trees binary search trees traversals
A LOT OF THINGS IN COMPUTER SCIENCE ARE RELATED TO DISCRETE MATHEMATICS AND I THINK THAT COMPUTER SCIENCE STUDENTS IN NITERIA STRUGGLE WITH RESEARCH BECAUSE THEY DO NOT UNDERSTAND THIS FACT AND/OR THEIR KNOWLEDGE OF DISCRETE MATHEMATICS IS SUSPECT i donot study computer and i DEFINATELY DONOT LIVE IN NITERIA |
| Re: Understanding The Syllabus Of Computer Sience (the Importance Of Discrete Maths) by Nobody: 3:53pm On Jan 22, 2015 |
Philosopher1979:
Discrete Mathematics is the basis and foundation of computer sciece
For example, cryptography is based on number theory
A LOT OF THINGS IN COMPUTER SCIENCE ARE RELATED TO DISCRETE MATHEMATICS AND I THINK THAT COMPUTER SCIENCE STUDENTS IN NITERIA STRUGGLE WITH RESEARCH BECAUSE THEY DO NOT UNDERSTAND THIS FACT AND/OR THEIR KNOWLEDGE OF DISCRETE MATHEMATICS IS SUSPECT
The topics to include are:
Discrete Mathematics
Propositional and predicate logic
Boolean algebra
Functions growth of functions big-O notation
Sequences and summations
Integers elementary number theory
Proof techniques direct indirect contradiction induction
Matrices
Counting
Pigeon hole principle
Permutations and combinations
Discrete probability
Recursive definitions recurrence relations
Relations : properties applications representation closures equivalence
Graphs : terminology representation isomorphism connectivity paths
Computer Science Topics
Computers and Computation
Computer System Organization
Abstraction problem solving algorithms
Logic gates and elementary circuits
Algorithm design analysis of simple loops
Representation (ASCII binary two’s complement floating point instructions
Algorithm correctness loop invariants pre-and post-conditions
Machine cycle
More algorithm correctness
Analysis of nested loops
Analysis of recursive algorithms
Run time organization run time stack
Searching and sorting
Trees binary search trees traversals
A LOT OF THINGS IN COMPUTER SCIENCE ARE RELATED TO DISCRETE MATHEMATICS AND I THINK THAT COMPUTER SCIENCE STUDENTS IN NITERIA STRUGGLE WITH RESEARCH BECAUSE THEY DO NOT UNDERSTAND THIS FACT AND/OR THEIR KNOWLEDGE OF DISCRETE MATHEMATICS IS SUSPECT i donot study computer and i DEFINATELY DONOT LIVE IN NITERIA!! |
