Difference between r1.2 and the current

@@ -4,3 +4,167 @@

[[arithmetic_register]]
[[번지_레지스터,address_register]] ([[번지,address]]=주소를 가지고 있음)

status register = flag register ?

상태레지스터 status_register / 플래그레지스터 flag_register

x86에선 FLAGS .... WpEn:FLAGS_register

WpKo:상태_레지스터

WpEn:Status_register

[[flag]] ... [[플래그,flag]] [[깃발,flag]]?

control register

control_register

[[control_register]]

제어레지스터 control_register

x86에선 CR0 to CR7

[[WtEn:control_register]] = https://en.wiktionary.org/wiki/control_register x [[Date(2023-11-18T01:26:30)]]

[[WpEn:Control_register]] = https://en.wikipedia.org/wiki/Control_register

[[제어,control]] <- 이런 링크는 중요하지 않지만...

... Ndict:제어레지스터 Ggl:제어레지스터

shift register

[[shift_register]] =,shift_register =,shift_register . shift_register

[[WpKo:시프트_레지스터]]

= https://ko.wikipedia.org/wiki/시프트_레지스터

WpEn:Shift_register

Up: [[시프트,shift]]

MAR

[[memory_address_register]] =,memory_address_register =,memory_address_register . memory_address_register |=,MAR MAR

{

https://en.wikipedia.org/wiki/Memory_address_register

https://ko.wikipedia.org/wiki/기억_장치_주소_레지스터

}

MDR or MBR

[[memory_buffer_register]] =,memory_buffer_register =,memory_buffer_register . memory_buffer_register |=,MBR MBR

{

https://en.wikipedia.org/wiki/Memory_buffer_register

"A memory buffer register (MBR) or memory data register (MDR) is ...."

}

[[predicate_register]] =,predicate_register =,predicate_register . predicate_register

{

predicate register

IA64.

curr at [[술어,predicate?action=highlight&value=predicate_register#s-5.2]]

wt x [[Date(2023-12-29T10:15:52)]]

} // predicate register Ggl:"predicate register"

----

Sub:

[[레지스터_변수,register_variable]] <- pagename 변경필요

[[register_file]] =,register_file . register_file

{

WtEn:register_file ?

https://en.wikipedia.org/wiki/Register_file

}

[[register_banking]] =,register_banking . register_banking

{

WtEn:register_banking ?

curr see https://en.wikipedia.org/wiki/Register_file

}

[[register_allocation]] =,register_allocation =,register_allocation . register_allocation

{

레지스터할당 ?

[[할당,allocation]]?

WtEn:register_allocation

= https://en.wiktionary.org/wiki/register_allocation x [[Date(2023-12-29T10:15:52)]]

} // register allocation Ggl:"register allocation"

register_spilling ... https://foldoc.org/register+spilling

레지스터 이름변경? register_renaming

레지스터 리네이밍?

{

WpEn:Register_renaming

}

= shared register =

shared_register

https://en.wikipedia.org/wiki/Shared_register

([[Date(2023-11-18T01:34:18)]] TOC전까지.

"In [[distributed_computing]], [[shared-memory_system]]s and [[message-passing_system]]s are two means of [[interprocess_communication]] which have been heavily studied."

In shared-memory systems, processes communicate by accessing [shared_data_structure]s.

'''A shared (read/write) register,''' sometimes just called a register,

is a fundamental type of shared_data_structure which stores a value and has two operations:

● read, which returns the value stored in the register, and

● write, which updates the value stored.

Other types of shared data structures include

● read–modify–write,

● test-and-set,

● compare-and-swap

● etc.

The memory^^[[메모리,memory]]^^ location which is concurrently accessed^^[[concurrent_access]] page mk? {Ggl:concurrent_access ; isa [[접근,access]] > [[메모리접근,memory_access]] }^^ is sometimes called a register.")

rel. via [[linearizability]] (curr at [[선형화,linearization]])

= index register =

[[index_register]] =,index_register . index_register

----

WtEn:index_register (ez)

https://gunkies.org/wiki/Index_register

https://en.wikipedia.org/wiki/Index_register

Up: [[인덱스,index]] 레지스터,register

= register transfer language (RTL) =

[[WpEn:Register_transfer_language]]

= https://en.wikipedia.org/wiki/Register_transfer_language

[[assembly_language]]에 가까운, [[intermediate_representation]](IR)의 일종. [[컴파일러,compiler]]가 사용.

...

[[register-transfer_level]]

[[dataflow]]=[[data_flow]]

"register transfer language"

Ndict:"register transfer language"

Naver:"register transfer language"

Ggl:"register transfer language"

= register-transfer level (이것도 RTL?) =

[[WpEn:Register-transfer_level]]

= https://en.wikipedia.org/wiki/Register-transfer_level

"register-transfer level"

Ndict:"register-transfer level"

Naver:"register-transfer level"

Ggl:"register-transfer level"

= general purpose register =

general purpose register

"general purpose register"

Ggl:"general purpose register"

범용 레지스터

qqq 이것의 크기와 Ggl:"machine word size" (여기서 size=비트수)가 밀접?

rel [[워드,word]]

aka general_register ?

https://gunkies.org/wiki/General_register

= register =

ADDHERE

= Etc =

[[메모리,memory]]의 일종으로 볼 수 있는지? 아무튼 [[memory_hierarchy]]에서 가장 빠르고 가장 용량이 작은 곳에 있음

assembly programming에선 이것들을 명시적으로 사용

----

WpKo:프로세서_레지스터

WpEn:Processor_register

http://www.linfo.org/register.html

http://www.ktword.co.kr/test/view/view.php?no=5269

Up: [[컴퓨터구조,computer_architecture]] esp CPU구조

중앙처리장치,central_processing_unit,CPU 내의 작은 자료,data 기억 공간.

예:

arithmetic_register
번지_레지스터,address_register (번지,address=주소를 가지고 있음)

status register = flag register ?
상태레지스터 status_register / 플래그레지스터 flag_register
x86에선 FLAGS ....

FLAGS_register

상태_레지스터

Status_register

flag ... 플래그,flag 깃발,flag?

control register
control_register
control_register
제어레지스터 control_register
x86에선 CR0 to CR7

control_register = https://en.wiktionary.org/wiki/control_register x 2023-11-18

Control_register = https://en.wikipedia.org/wiki/Control_register
제어,control <- 이런 링크는 중요하지 않지만...
...

제어레지스터

shift register
shift_register =,shift_register =,shift_register . shift_register

시프트_레지스터
= https://ko.wikipedia.org/wiki/시프트_레지스터

Shift_register
Up: 시프트,shift

MAR
memory_address_register =,memory_address_register =,memory_address_register . memory_address_register |=,MAR MAR
{
https://en.wikipedia.org/wiki/Memory_address_register
https://ko.wikipedia.org/wiki/기억_장치_주소_레지스터
}

MDR or MBR
memory_buffer_register =,memory_buffer_register =,memory_buffer_register . memory_buffer_register |=,MBR MBR
{
https://en.wikipedia.org/wiki/Memory_buffer_register

"A memory buffer register (MBR) or memory data register (MDR) is ...."

}

predicate_register =,predicate_register =,predicate_register . predicate_register
{
predicate register
IA64.
curr at 술어,predicate?action=highlight&value=predicate_register#s-5.2
wt x 2023-12-29
} // predicate register

predicate register

Sub:
레지스터_변수,register_variable <- pagename 변경필요
register_file =,register_file . register_file

{

register_file ?
https://en.wikipedia.org/wiki/Register_file
}

register_banking =,register_banking . register_banking

{

register_banking ?
curr see https://en.wikipedia.org/wiki/Register_file
}

register_allocation =,register_allocation =,register_allocation . register_allocation
{
register allocation
레지스터할당 ?
할당,allocation?

register_allocation
= https://en.wiktionary.org/wiki/register_allocation x 2023-12-29
} // register allocation

register_spilling ... https://foldoc.org/register spilling
레지스터 이름변경? register_renaming
레지스터 리네이밍?
{

Register_renaming
}

[edit]

shared register ¶

shared_register
https://en.wikipedia.org/wiki/Shared_register

(2023-11-18 TOC전까지.
"In distributed_computing, shared-memory_systems and message-passing_systems are two means of interprocess_communication which have been heavily studied."
In shared-memory systems, processes communicate by accessing shared_data_structures.
A shared (read/write) register, sometimes just called a register,
is a fundamental type of shared_data_structure which stores a value and has two operations:
● read, which returns the value stored in the register, and
● write, which updates the value stored.
Other types of shared data structures include
● read–modify–write,
● test-and-set,
● compare-and-swap
● etc.
The memory^{메모리,memory} location which is concurrently accessed^{concurrent_access page mk? {concurrent_access ; isa 접근,access > 메모리접근,memory_access }} is sometimes called a register.")

rel. via linearizability (curr at 선형화,linearization)

[edit]