Both simple pipelining and superscalar design increase a CPU's ILP by allowing a single processor to complete execution of instructions at rates surpassing one instruction per clock cycle. Source: Internet
Due to the tight pipelining, sequences of simple instructions (such as ALU reg,reg and ALU reg,im) could sustain a single clock cycle throughput (one instruction completed every clock). Source: Internet
In computers, pipelining uses separate circuits to work on different parts of different instructions at the same time, in a fashion similar to the many stations on an assembly line. Source: Internet
By highly pipelining mathematical instructions with purpose-built instructions and hardware, mathematical processing is dramatically improved in a machine that was otherwise slower than a 7600. Source: Internet
HTTP pipelining further reduces lag time, allowing clients to send multiple requests before waiting for each response. Source: Internet
In order to reduce the amount of time consumed by these steps, most modern CPUs use a technique known as instruction pipelining in which the instructions pass through several sub-units in turn. Source: Internet