Transient Program Area - significado y definición. Qué es Transient Program Area
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Qué (quién) es Transient Program Area - definición

OPERATING SYSTEM
CP/M-80; CP/M operating system; Control Program/Monitor; Control Program for Microcomputers; CPM operating system; CP/M Plus; ZCPR; Console Command Processor; Cp/m; RSX (computing); BDOS; Basic Disk Operating System; PCP/M; CP/M-68K; CP/M-8000; Personal CP/M; Personal CP/M-80; Resident System Extension; Transient program area; CP/M 1.3; CP/M 1.4; CP/M BIOS; CP/M BDOS; CP/M 1.1; CP/M 1.2; CP/M 1.0; CP/M 1; CP/M 2.2; CP/M 3.0; CP/M CCP; CCP (CP/M); BDOS (CP/M); BIOS (CP/M); Digital Research CP/M Plus; Digital Research CP/M; ED (CP/M); CP/M file system; CP/M filesystem; Portable CP/M; P-CP/M; CP/M-85; CP/M-80 2.2; Resident system extension; TPA (computing); TPA (CP/M); Transient Program Area; RSX (CP/M); CP/M 2; Caldera CP/M; TriSoft CP/M-68K; MOVCPM; MOVCPM.COM; CP/M-80 3.0; SCP (operating system); Single User Control Program; SCP3.SYS; SCPX5105.SYS; MICRODOS.SYS; Single-user Control Program; MICRODOS; SCP/M; CP/A; CP/KC; CP/L; CP/KSOB; CP/Z; BCU880; ZOAZ; OS/M; TOS/M; ZSDOS; M/OS; COS-PSA; DOS-PSA; CSOC; CSOS; CZ-CPM; Tim Olmstead (CP/M); Resident System Module; Console command processor; Basic disk operating system; GENCOM.COM; GENCOM (CP/M command); GENCOM (command); Apple CP/M; CCP.COM; CP/M-like; Null command file; Z-System; ZRDOS; Z3DOS; ZCPR1; ZCPR2; ZCPR3; ZCPR 3.1; ZCPR 3.3; ZCPR 2.0; ZCPR 2.3; ZCPR 3.0; Z3TXT; Z3ENV; ZCPR 1; ZCPR 2; ZCPR 3; ZCPR 3.2; ZCPR 3.4; ZCPR31; ZCPR32; ZCPR33; ZCPR34; ZCPR 1.0; CP/J; SCP/M 2.4; SCP/M 2.8; SCP 8; SCP 3.0; SCP 5105; SCP 1715; SCP 1526/710; SCP 1526; SCP-IBE; MicroDOS; CP/A 1526; CP/A 1715; DAC (operating system); CP/M-MIC; CP/M-FDE; CP/J 2.21
  • CP/M Plus (CP/M 3) System Guide
  • CP/M advertisement in the 11 December 1978 issue of ''[[InfoWorld]]'' magazine
  • CP/M advertisement in the 29 November 1982 issue of ''[[InfoWorld]]'' magazine
  • DIR]]</code> command on a [[Commodore 128]] home computer
  • CP/M cartridge for the [[Commodore 64]]
  • CP/J version 2.21 running on an [[Elwro 804 Junior]]
  • [[MBASIC]] text output displayed on a monochrome monitor typical for that time
  • Apple ''CP/M Card'' with manual
  • DEC PRO-CP/M-80 floppy-disk distribution for the Z80-A co-processor in a DEC Professional 3xx series
  • robotron]] [[PC 1715]]
  • Sanco 8001 computer, running under CP/M 2.2 (1982)
  • 4}}-inch diskettes and packaging for the last version (version 4) of [[WordStar]] word processing program released for 8-bit CP/M

Transient Program Area         
<operating system> (TPA) The region of memory CP/M set aside for user programs. (2001-11-01)
Transient (acoustics)         
VISABLE SPIKES IN A SOUND WAVE, USALLY DETECTED FOR QUANTIZING IN MUSIC PRODUCTION & MORE.
Musical transient; Audio transient; Audible transient; Acoustic transient; Acoustical transient; Sound transient
In acoustics and audio, a transient is a high amplitude, short-duration sound at the beginning of a waveform that occurs in phenomena such as musical sounds, noises or speech. Transients do not necessarily directly depend on the frequency of the tone they initiate.
Transient state         
SYSTEM WHEN A PROCESS VARIABLE OR VARIABLES HAVE BEEN CHANGED AND THE SYSTEM HAS NOT YET REACHED A STEADY STATE
Transient state (chemical engineering); Transient analysis; Transient system; Transient process
A system is said to be transient or in a transient state when a process variable or variables have been changed and the system has not yet reached a steady state. The time taken for the circuit to change from one steady state to another steady state is called the transient time.

Wikipedia

CP/M

CP/M, originally standing for Control Program/Monitor and later Control Program for Microcomputers, is a mass-market operating system created in 1974 for Intel 8080/85-based microcomputers by Gary Kildall of Digital Research, Inc. Initially confined to single-tasking on 8-bit processors and no more than 64 kilobytes of memory, later versions of CP/M added multi-user variations and were migrated to 16-bit processors.

The combination of CP/M and S-100 bus computers became an early standard in the microcomputer industry. This computer platform was widely used in business through the late 1970s and into the mid-1980s. CP/M increased the market size for both hardware and software by greatly reducing the amount of programming required to install an application on a new manufacturer's computer. An important driver of software innovation was the advent of (comparatively) low-cost microcomputers running CP/M, as independent programmers and hackers bought them and shared their creations in user groups. CP/M was eventually displaced by DOS following the 1981 introduction of the IBM PC.