54results about How to "Achieving associativity" patented technology

A branch prediction apparatus having two two-way set associative cache memories each indexed by a lower portion of an instruction cache fetch address is disclosed. The index selects a group of four entries, one from each way of each cache. Each entry stores a single target address of a different previously executed branch instruction. For some groups, the four entries cache target addresses for one branch instruction in each of four different cache lines, to obtain four-way group associativity; for other groups, the four entries cache target addresses for one branch instruction in each of two different cache lines and two branch instructions in a third different cache line, to effectively obtain three-way group associativity, depending on the distribution of the branch instructions in the program. The apparatus trades off associativity for number of predictable branches per cache line on an index-by-index basis to efficiently use storage space.

This invention discloses a method for realizing phone list association, which generates session ID in the process of calling to label ordinary phone lists generated by office exchanges by the session ID to realize the association among the generated lists of the office exchanges. This invention discloses a system for realizing phone list association to realize the association of all phone lists in one call process, at the same time, this invention also provides a method and a system for realizing phone list association by generating session ID to realize the association between ordinary lists of the office exchanges and intelligent phone lists of its own triggered intelligent service.

A data store has a data array for storing data values and a tag array for storing tag values for tracking which data values are stored in the data array. The associativity of the data array is greater than the associativity of the tag array. This means that fewer tag entries need to be accessed on each data access than in a conventional data store, reducing power consumption.

With the increasing demand for improved processor performance, memory systems have been growing increasingly larger to keep up with this performance demand. Caches, which dictate the performance of memory systems are often the focus of improved performance in memory systems, and the most common techniques used to increase cache performance are increased size and associativity. Unfortunately, these methods yield increased static and dynamic power consumption. In this invention, a technique is shown that reduces the power consumption in associative caches with some improvement in cache performance. The architecture shown achieves these power savings by reducing the number of ways queried on each cache access, using a simple hash function and no additional storage, while skipping some pipe stages for improved performance. Up to 90% reduction in power consumption with a 4.6% performance improvement was observed.

Provided is an automatic support moving intelligent control method for a hydraulic support for mining. A support controller is used for completing automatic supporting moving of the hydraulic support according to the working states of sensors, the supporting moving process of the hydraulic support is divided into a column descending stage, a support moving stage and a column lifting stage, motion state sensing of the hydraulic support is conducted through the pressure sensor, the travel sensor, the angle sensor and the like, and action control over the hydraulic support is conducted through support controller programs. According to the automatic support moving intelligent control method for the hydraulic support for mining, a solidified procedure and solidified parameters of a conventional hydraulic support moving process are changed into a dynamic procedure and dynamic parameters sensed by the environment and equipment, so that the problems that a working face top plate is broken and bears large pressure, column descending time of the hydraulic support is long and action time differences are large are solved, the dynamic matching and adapting capacity of hydraulic support control programs to the working face environment, the equipment and a liquid supply system is enhanced, and the intelligence level of automatic support moving is improved.

The present disclosure provides an intelligent scheduling recording method and system. Among them, an intelligent dispatching recording method, comprising: associating each dispatching operation in the power grid dispatching operating system with the pre-stored telephone number in the telephone database in the recording telephone system; starting the corresponding dispatching operation, and calling the dispatching operation associated and dial the phone number; record the content of the call when the call is connected; adopt a unified naming method for all recorded call content and store it in the recording database; where the name of the recorded call content includes the item of the corresponding scheduling operation and the corresponding The step sequence number of the scheduled action within the project it belongs to. The disclosure can realize the relevance and consistency of the dispatching operating system and the recording telephone system, and the recording telephone of any workflow can be called at any time.