Furthermore, orthogonal instruction set is equally often associated with "Complex instruction set computer".

A complex instruction set computer (CISC) has many specialized instructions, which may only be rarely used in practical programs.

Although Redcode is meant to resemble an ordinary Complex instruction set computer assembly language, it differs in many ways from "real" assembly:

Complex instruction set computer (CISC)

The first was the CISC (Complex Instruction Set Computer) which had many different instructions.

In effect, FS was designed to be the ultimate complex instruction set computer (CISC).

In the past, microprocessor design technology evolved from complex instruction set computer (CISC) to reduced instruction set computer (RISC).

In the late 1970's and early 1980's, for example, complex instruction set computers developed elaborate instructions that would perform many sub-operations and frequently take dozens of ticks of the clock to finish.

If the virtual machine uses only byte-size instructions, decode() is simply a fetch from bytecode, but often there are complex instruction set computer, in which case decode() is more complex.

Computers with high code density often have complex instructions for procedure entry, parameterized returns, loops etc. (therefore retroactively named Complex Instruction Set Computers, CISC).

Previous Intel microprocessors, including the 8086, the 80286 and the 80386, as well as the 80486 that is expected to be announced in April, are complex instruction set computers, known as CISC.

By choosing RISC over the conventional design, known as CISC for complex instruction set computer, computer companies can shorten design cycles and bring newer, faster machines to market more quickly.

During recent years there has been a growing debate over the merits of the two principle architectures for computer design, CISCs (complex instruction set computers) and RISCs (reduced instruction set computers).

What Wayne is getting confused about is this notion of RISC versus CISC, as it's called, a Reduced Instruction Set Computer and a Complex Instruction Set Computer.

For example, some complex instruction set computer (CISC) computer architectures, such as the Digital Equipment Corporation (DEC) VAX, treat registers and literal/immediate constants as just another addressing mode.

And one of the things we talked about was CISC, that is, C-I-S-C, Complex Instruction Set Computers, versus RISC, Reduced Instruction Set Computers.

So, lastly, with all of this, sort of with this much industry having been expended in order to satisfy essentially CISC, that is, Complex Instruction Set Computers, the guys designing the RISCs were just dizzy.

It runs the HP 3000 family of computers, which originally used HP custom Complex instruction set computer Central processing unit and were later migrated to PA-RISC where the operating system was called 'MPE/XL'.

A complex instruction set computer (acronym CISC pronounced sisk), represents a CPU design method in which each instructions can execute several low-level operations, such as a load from memory, an arithmetic operation, and a memory store, all in a single instruction.

A 32-bit complex instruction set computer (CISC) ISA based on DEC's earlier PDP-11, it was designed to extend or replace DEC's various Programmed Data Processor (PDP) ISAs.

During development, Intel, HP, and industry analysts predicted that IA-64 would dominate in servers, workstations, and high-end desktops, and eventually supplant RISC and complex instruction set computer (CISC) architectures for all general-purpose applications.

This basic set of features is now called a "Complex Instruction Set Computer," or CISC (pronounced "sisk"), a term not invented until many years later, when RISC (Reduced Instruction Set Computer) began to get market share.

And everybody was saying, well, can you get more complex with CISC?

What is this, risc vs cisc all over again?

Even the leaders in CISC technology have essentially acknowledged this.

CISC is also authorized to carry out other businesses.

There are two levels of membership in the CISC.

CISC refers to the older chip technology used by Intel.

There are currently five priority research areas at CISC.

The CISC has a strategic plan consisting of four pillars.

"CISC has already won in the marketplace."

Now let's rehash the risc vs cisc debate.

The 4000 series has a CISC instruction set.

The approach of increasingly complex microcode-implemented instruction sets was later called CISC.

Some CISC processors include instructions that can take a very long time to execute.

Some engineers say CISC performance will reach its physical limits soon, and the industry has been interested in finding an alternative.

A CISC chip requires an average of seven or eight clock cycles to process each instruction.

In contrast, a CISC chip is designed to process a wider variety of commands.

The 2200 Series is a CISC architecture system.

The CISC also publishes an annual report on organized crime in Canada.

The earlier "Classic" machines were based on a custom CISC processor.

How powerful can CISC get?

This is often done with CISC architectures.

It is often available on CISC machines which have variable-length instructions, such as x86.

In many CISC computers, an instruction could access either registers or memory, usually in several different ways.

A complex instruction set computer (CISC) has many specialized instructions, which may only be rarely used in practical programs.

The CISC architecture also addressed the "semantic gap" as it was perceived at the time.