| Class / Patent application number | Description | Number of patent applications / Date published |
|---|
| 712009000 | Concurrent | 7 |
| 20080282059 | METHOD AND APPARATUS FOR DETERMINING MEMBERSHIP IN A SET OF ITEMS IN A COMPUTER SYSTEM - A method and apparatus for maintaining membership in a set of items to be used in a predetermined manner in a computer system. A representation of each member of the set is mapped into a number of components of a primary and secondary vector when a member is added to the set. Periodically, the primary vector is changed to the secondary vector and the secondary vector to the primary vector. When members of the set are deleted, the components of the secondary vector are changed to indicate deletion of these members after the primary vector is changed to the secondary vector. Finally, membership in the set is determined by examining the components in the primary vector, and the members in the set of items are then used in a predetermined manner in the computer system. More specifically, in a sample embodiment of the present invention, membership in the set would determine if data is to be stored or removed from cache memory in a computer system. This invention, for example, provides a low cost and high performance mechanism to phase out aging membership information in a prefeteching mechanism for caching data or instructions in a computer system. | 11-13-2008 |
| 20100042807 | INCREMENT-PROPAGATE AND DECREMENT-PROPAGATE INSTRUCTIONS FOR PROCESSING VECTORS - The described embodiments provide a processor for generating a result vector with incremented or decremented values from an input vector. During operation, the processor receives an input vector and a control vector. The processor then copies a value contained in a selected element of the input vector. The processor next generates the result vector, which involves writing an incremented or decremented value to the result vector, depending on the value of the control vector and the embodiment. In addition, a predicate vector can be used to control the values that are written to the result vector. | 02-18-2010 |
| 20140289496 | ENHANCED MACROSCALAR PREDICATE OPERATIONS - Systems, apparatuses and methods for utilizing enhanced macroscalar predicate operations which take enhanced predicate operands that designate the element width and which elements are to be processed. The element width and the number of elements per vector are determined at run-time rather than being defined in the architectural definition of the instruction. This enables additional parallelism when processing smaller-sized data. The instruction performs the requested operation on the elements specified by the enhanced control predicate, assuming an element-width also specified by the enhanced control predicate, and returns the result as an enhanced predicate of the same element width. | 09-25-2014 |
| 20140289497 | ENHANCED MACROSCALAR COMPARISON OPERATIONS - Systems, apparatuses and methods for utilizing enhanced Macroscalar comparison operations which take an enhanced predicate operand that designates the element width and which elements are to be processed. The element width and the number of elements per vector are determined at run-time rather than being defined in the architectural definition of the instruction. This enables additional parallelism when processing smaller-sized data. The instruction performs the requested operation on the elements specified by the enhanced predicate, assuming an element-width also specified by the enhanced predicate, and returns the result as an enhanced predicate corresponding to the result of the comparison. | 09-25-2014 |
| 20140289498 | ENHANCED MACROSCALAR VECTOR OPERATIONS - Systems, apparatuses and methods for utilizing enhanced Macroscalar vector operations which take an enhanced predicate operand that designates the element width and which elements are to be processed. The element width and the number of elements per vector are determined at run-time rather than being defined in the architectural definition of the instruction. This enables additional parallelism when processing smaller-sized data. The instruction performs the requested operation on the elements specified by the enhanced predicate, assuming an element-width also specified by the enhanced predicate, and returns the result as a vector of elements of the same element width. | 09-25-2014 |
| 20140359253 | INCREASING MACROSCALAR INSTRUCTION LEVEL PARALLELISM - A processor may include a vector functional unit that supports concurrent operations on multiple data elements of a maximum element size. The functional unit may also support concurrent execution of multiple distinct vector program instructions, where the multiple vector instructions each operate on multiple data elements of less than the maximum element size. | 12-04-2014 |
| 20160179525 | COMPILER METHOD FOR GENERATING INSTRUCTIONS FOR VECTOR OPERATIONS IN A MULTI-ENDIAN INSTRUCTION SET | 06-23-2016 |
