List of open problems in computer science (3929 bytes)
1: This is a list of open problems in [[computer science]].
2: ...n this list will have a major impact of the field of study to which they belong.
12: ...f the 3rd Annual ACM Symposium on Theory of Computing'' (1971), pp. 151--158.
13: ...problem in proving lower bounds for computational problems.
14: ...f they are not, then [[NP-complete]] problems are problems that are probably hard.

List of publications in computer science (26014 bytes)
1: {{List of publications intro|[[computer science]]}} <!-- do not remove or change! -->
2: ... introduction, see "Template:List of publications intro" -->
7: * [[Alan Turing]]
8: ...ember 12]] [[1936]]), pp 230-265. Errata appeared in Series 2, 43 (1937), pp 544-546.
9: * [http://www.abelard.org/turpap2/tp2-ie.asp Online version]

List of basic computer science topics (1428 bytes)
1: ...s]] for general instructions on constructing this list.
8: *[[artificial intelligence]]
10: *[[class (object-oriented programming)|class]]
15: *[[encapsulation (object-oriented programming)|encapsulation]]
16: *[[functional programming]]

Unsolved problems in cognitive science (813 bytes)
1: ...oblems in cognitive science'''''; however one can list:
2: *How much [[human]] [[intervention]] is needed to produce a [[cognition]]?
3: *What is the relationship of [[personhood]] to [[cognition]]?
4: ...s it currently so much more difficult for a [[machine]] to recognize a [[human]] than for a [[cat]] to...
6: ...ionship between the speed of cognition and number of eyeballs? What is its form?

Computer Engineering and Computer Science (236 bytes)
1: ...ubject of [[computer engineering]] and [[computer science]].

List of unsolved problems (769 bytes)
1: [[es:Lista de problemas abiertos]] [[he:&#1489;&#1506;&#149...
2: ...his is a list of lists of '''unsolved problems''' in various subjects:
4: * [[Unsolved problems in mathematics]]
5: * [[Unsolved problems in physics]]
6: * [[Unsolved problems in chemistry]]

List of undecidable problems (1334 bytes)
1: ...e [[decidability]]. This is a list of undecidable problems.
3: == Problems related to [[abstract machine]]s ==
5: * the [[halting problem]]
6: ...eorem]] states that all non-trivial properties of computer programs are undecidable.
7: ...[context-free grammar]] generates all possible strings, or if it is ambiguous

Computer science (15204 bytes)
1: ... both in [[computer hardware|hardware]] and in [[software]].
3: ==Introduction==
4: ...cts like [[programming language]]s, software, and computer hardware.
6: ...er (see [[human-computer interaction]] and [[user interface]]s).
8: ...nce)|oracle]], and [[Quantum computers|quantum]] computers.

Name (computer science) (1029 bytes)
3: .... In [[Common Lisp]], variables' names are not strings, but ''symbols'' -- a special data type. See al...

Value (computer science) (2234 bytes)
1: ...age]]s. Variables and [[subprogram|subprogram calling site]]s are mostly treated as values.
3: ...[[C programming language]]. You may conclude that In C, therefore there is no difference between objec...
5: ..., for instance, objects itself are copied instead of references to it, they are treated as if they wer...
8: ... it was on the left side of the = operator), but since 'const' was added to the language, this now is ...
12: ...rs to a data value that is stored at some address in memory.

String (computer science) (8698 bytes)
1: ...entations of [[DNA]], or [[bit]]s (a '''binary string''').
4: ...'word''') over &Sigma; is any finite [[sequence]] of characters from &Sigma;.
6: .... Note that one does not allow infinite sequences of characters.
8: ...le, if &Sigma; = {0, 1}, strings over &Sigma; are of the form
11: ...s in ''s'' followed by the sequence of characters in ''t''.

Cohort (computer science) (375 bytes)
1: .../or [[operation]]s. It is a [[mean]] for [[scheduling]] to achieve greater [[performance]].
3: ==External links==
4: ...us/Papers/usenix02_cohort.pdf Using Cohort Scheduling to Enhance Server Performance]

Abstraction (computer science) (17865 bytes)
1: [[Category:Object-oriented programming]]
2: In [[computer science]], '''abstraction''' refers to two related, but d...
4: ==Software development==
5: ...finessing some of the vexing philosophical issues of [[abstraction]].
7: ...s not a restriction because the computing concept of number is still based on the mathematical concept...

Profiler (computer science) (2753 bytes)
1: ...ont-ends to profilers are more specific to each profiler).
3: ...ut slows down the second program as more specific information is collected.
5: ... software, typically by hand instrumenting their software.
7: == Examples of profilers ==
8: === Open-source ===

Integer (computer science) (9837 bytes)
1: In computer science, the term '''integer''' is used to refer to any
2: [[data type]] which can represent some subset of the mathematical
3: [[integer]]s. These are also known as '''integral data types'''.
7: ...) or ''signed'' (capable of representing negative integers as well).
9: ... non-negative values 0 through 2^''n''&minus;1.

Diploma in Computer Science (2154 bytes)
1: ...puter Laboratory and is a 10-month course divided into three academic terms.
5: ...the four examination papers contains 15 questions of which 5 must be attempted.
7: ...oposal must be amended before its submission deadline.
9: ...ificantly aids the documentation and illustration of the project, its implementation and its outcome.
13: ... can only either fail, pass, or pass with a ''distinction''.

Optimization (computer science) (10254 bytes)
1: ...mputer]]s or even an entire network such as the [[Internet]].
3: ...tem for all purposes. There will always be [[tradeoff]]s.
5: ...tant to first have sound [[algorithm]]s and a working [[prototype]].
9: .... For example, consider the following [[C programming language|C]] code snippet:
12: int i, sum = 0;

Monitor (Computer Science) (852 bytes)
1: ... procedures of a monitor is guaranteed; execution of different procedures, or two calls to the same pr...
3: ...use compilers can implicitly issue to lock/unlock instructions, which cannot be forgotten.

Kernel (computer science) (11953 bytes)
1: ...iding a clean and uniform interface to the underlying hardware, which makes it easier on the [[program...
3: == Introduction ==
5: ... they formed the basis of what became early operating system kernels.
7: There are four broad categories of kernels :
8: ...vide rich and powerful abstractions of the underlying hardware.

Sprite (computer science) (5823 bytes)
3: ...yfield]] in that both or handled by the same sort of circuitry.
5: ...nate abilities ready to be exploited in a variety of ways. The only dis-advantage that sprites have is...
7: ...lable bandwidth, register real-estate and engineering goals.
9: ...t Windows]] does not use a sprite for the mouse pointer.
11: ...third party graphics cards can sometimes (rarely) offer them.

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