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Что (кто) такое arithmetic and control unit - определение
MILITARY UNIT
Surveillance and Control Training Unit
Найдено результатов: 70024
Arithmetic logic unit
![The [[combinational logic]] circuitry of the [[74181]] integrated circuit, an early four-bit ALU](https://commons.wikimedia.org/wiki/Special:FilePath/74181aluschematic.png?width=200 "The [[combinational logic]] circuitry of the [[74181]] integrated circuit, an early four-bit ALU")
COMBINATIONAL DIGITAL CIRCUIT THAT PERFORMS ARITHMETIC AND BITWISE OPERATIONS ON BINARY-CODED INTEGER NUMBERS
Arithmetic and logic unit; Arithmetic-logic unit; Arithmetical and logical unit; Arithmetic Logic Unit; Arithmetic and logical unit; Arithmetic and logic structures; Computer arithmetic; Arithmetic and Logical Unit; Arithmetic logic unit\; Integer arithmetic operation; Integer operation; Arithmetic–logic unit; Arithmetic / logic unit; Multiple-precision arithmetic; Arithmetic logic units; Arithmetic logical unit
In computing, an arithmetic logic unit (ALU) is a combinational digital circuit that performs arithmetic and bitwise operations on integer binary numbers. This is in contrast to a floating-point unit (FPU), which operates on floating point numbers.
Arithmetic and Logic Unit
COMBINATIONAL DIGITAL CIRCUIT THAT PERFORMS ARITHMETIC AND BITWISE OPERATIONS ON BINARY-CODED INTEGER NUMBERS
Arithmetic and logic unit; Arithmetic-logic unit; Arithmetical and logical unit; Arithmetic Logic Unit; Arithmetic and logical unit; Arithmetic and logic structures; Computer arithmetic; Arithmetic and Logical Unit; Arithmetic logic unit\; Integer arithmetic operation; Integer operation; Arithmetic–logic unit; Arithmetic / logic unit; Multiple-precision arithmetic; Arithmetic logic units; Arithmetic logical unit
<processor> (ALU or "mill") The part of the {central
processing unit} which performs operations such as addition,
subtraction and multiplication of integers and bit-wise
AND, OR, NOT, XOR and other Boolean operations. The
CPU's instruction decode logic determines which particular
operation the ALU should perform, the source of the operands
and the destination of the result.
The width in bits of the words which the ALU handles is
usually the same as that quoted for the processor as a whole
whereas its external busses may be narrower. Floating-point
operations are usually done by a separate "{floating-point
unit}". Some processors use the ALU for address calculations
(e.g. incrementing the program counter), others have
separate logic for this.
(1995-03-24)
control unit
COMPONENT OF A COMPUTER'S CPU
Control Unit; Control module; Hardwired control; Hardwired control unit; Hardwired control units
1. <processor> The part of a CPU that sends control signals
to other components to cause them to execute the {machine
cycle} - fetch, decode, execute, store.
2. <architecture> Any device that controls the I/O operations
of one or more peripheral devices, e.g. a disk controller.
(2008-05-21)
Control unit
COMPONENT OF A COMPUTER'S CPU
Control Unit; Control module; Hardwired control; Hardwired control unit; Hardwired control units
The control unit (CU) is a component of a computer's central processing unit (CPU) that directs the operation of the processor. A CU typically uses a binary decoder to convert coded instructions into timing and control signals that direct the operation of the other units (memory, arithmetic logic unit and input and output devices, etc.
Telecommunication control unit
DEVICE ATTACHED TO A COMPUTER MULTIPLEXER CHANNEL WHICH SUPPORTS MULTIPLE TERMINALS
Telecommunication Control Unit
A telecommunication control unit (TCU), line control unit, or terminal control unit (although terminal control unit may also refer to a terminal cluster controller) is a Front-end processor for mainframes and some minicomputers which supports attachment of one or more telecommunication lines. TCUs free processors from handling the data coming in and out of RS-232 ports.
Multiple-unit train control
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![Two Japanese [[Shinkansen]] trains operating in multiple-unit train control](https://commons.wikimedia.org/wiki/Special:FilePath/E2 Series and E3-2000 Shinkansen in multiple-unit train control at Utsunomiya Station 130812 1-2.jpg?width=200 "Two Japanese [[Shinkansen]] trains operating in multiple-unit train control")
![USSR]]](https://commons.wikimedia.org/wiki/Special:FilePath/СМЕ из ЗиУ-9 в Ленинграде.jpg?width=200 "USSR]]")
MULTIPLE, SIMULTANEOUSLY CONTROLLED UNITS OF TRACTION EQUIPMENT IN A TRAIN
Multiple-unit train; Multiple unit train control
Multiple-unit train control, sometimes abbreviated to multiple-unit or MU, is a method of simultaneously controlling all the traction equipment in a train from a single location—whether it is a multiple unit comprising a number of self-powered passenger cars or a set of locomotives—with only a control signal transmitted to each unit. This contrasts with arrangements where electric motors in different units are connected directly to the power supply switched by a single control mechanism, thus requiring the full traction power to be transmitted through the train.
Command and control (management)
METHOD OF MANAGEMENT PREDOMINANT IN THE WESTERN WORLD
Command and Control (Government); Command and Control (government); Command and control (government)
Command-and-control management is categorised by systems thinkers as the dominant method of management in the Western world. Key influences are said to include Alfred P.
Arithmetic geometry
![The [[hyperelliptic curve]] defined by <math>y^2=x(x+1)(x-3)(x+2)(x-2)</math> has only finitely many [[rational point]]s (such as the points <math>(-2, 0)</math> and <math>(-1, 0)</math>) by [[Faltings's theorem]].](https://commons.wikimedia.org/wiki/Special:FilePath/Example of a hyperelliptic curve.svg?width=200 "The [[hyperelliptic curve]] defined by <math>y^2=x(x+1)(x-3)(x+2)(x-2)</math> has only finitely many [[rational point]]s (such as the points <math>(-2, 0)</math> and <math>(-1, 0)</math>) by [[Faltings's theorem]].")
BRANCH OF ALGEBRAIC GEOMETRY FOCUSED ON PROBLEMS IN NUMBER THEORY
Arithmetical algebraic geometry; Arithmetic Geometry; Arithmetic algebraic geometry; Arithmetic Algebraic Geometry
In mathematics, arithmetic geometry is roughly the application of techniques from algebraic geometry to problems in number theory. Arithmetic geometry is centered around Diophantine geometry, the study of rational points of algebraic varieties.
Arithmetic progression
SEQUENCE OF NUMBERS WITH CONSTANT DIFFERENCES BETWEEN CONSECUTIVE NUMBERS
Arithmetic series; Arithmetic Progression; Arithmetic sequence; Arithmetic progressions; Arithmetical progression; Land-1; Arithmatic series; Arithmatic progression; Arithmetic Series; Arithmetic sum; Infinite arithmetic series; Infinite arithmetic sequence; Progression (arithmetic series); Common difference; Linear sequence
An arithmetic progression or arithmetic sequence () is a sequence of numbers such that the difference between the consecutive terms is constant. For instance, the sequence 5, 7, 9, 11, 13, 15, .
arithmetic progression
SEQUENCE OF NUMBERS WITH CONSTANT DIFFERENCES BETWEEN CONSECUTIVE NUMBERS
Arithmetic series; Arithmetic Progression; Arithmetic sequence; Arithmetic progressions; Arithmetical progression; Land-1; Arithmatic series; Arithmatic progression; Arithmetic Series; Arithmetic sum; Infinite arithmetic series; Infinite arithmetic sequence; Progression (arithmetic series); Common difference; Linear sequence
(also arithmetic series)
¦ noun a sequence of numbers in which each differs from the preceding one by a constant quantity (e.g. 1, 2, 3, 4, etc.; 9, 7, 5, 3, etc.).
Википедия
Surveillance and Control Training Unit RAAF
The Surveillance and Control Training Unit is a training unit of the Royal Australian Air Force. It is provides training and training development of air defence.
Formed in 1999 to provide training to the Surveillance and Control Group. In 2000, the unit relocated to the Eastern Regional Operations Centre at RAAF Base Williamtown and provides training for No. 41 Wing.
