Isen
Ciji Isen, Cochin IN
Patent application number | Description | Published |
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20080301652 | APPARATUS AND METHOD FOR ACCELERATING JAVA TRANSLATION - An apparatus and method for accelerating Java translation are provided. The apparatus includes a lookup table which stores an lookup table having arrangements of bytecodes and native codes corresponding to the bytecodes, a decoder which generates pointer to the native code corresponding to the feed bytecode in the lookup table, a parameterized bytecode processing unit which detects parameterized bytecode among the feed bytecode, and generating pointer to native code required for constant embedding in the lookup table, a constant embedding unit which embeds constants into the native code with the pointer generated by the parameterized bytecode processing unit, and a native code buffer which stores the native code generated by the decoder or the constant embedding unit. | 12-04-2008 |
20120233603 | APPARATUS AND METHOD FOR ACCELERATING JAVA TRANSLATION - An apparatus and method for accelerating Java translation are provided. The apparatus includes a lookup table which stores an lookup table having arrangements of bytecodes and native codes corresponding to the bytecodes, a decoder which generates pointer to the native code corresponding to the feed bytecode in the lookup table, a parameterized bytecode processing unit which detects parameterized bytecode among the feed bytecode, and generating pointer to native code required for constant embedding in the lookup table, a constant embedding unit which embeds constants into the native code with the pointer generated by the parameterized bytecode processing unit, and a native code buffer which stores the native code generated by the decoder or the constant embedding unit. | 09-13-2012 |
Ciji Isen, Austin, TX US
Patent application number | Description | Published |
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20080301653 | METHOD AND APPARATUS FOR INCREASING TASK-EXECUTION SPEED - Provided are a method and apparatus for increasing task-execution speed, and, more particularly, a method and apparatus for increasing task-execution speed by compiling code to bytecodes, and executing native code in units of blocks instead of bytecodes, in which a block is a group of a series of bytecodes. The apparatus includes a receiving unit which receives a bytecode, a control unit which identifies whether the received bytecode is the last bytecode of a block, and a transmitting unit which transmits an address of a first native code of one or more native codes that correspond to one or more bytecodes included in the block based on the identification result. | 12-04-2008 |
20150206574 | RELOCATING INFREQUENTLY-ACCESSED DYNAMIC RANDOM ACCESS MEMORY (DRAM) DATA TO NON-VOLATILE STORAGE - A method includes emptying a first region of a dynamic random access memory of data by moving data from the first region to a non-volatile memory and reducing a refresh rate of the dynamic random access memory responsive to emptying the first region of data. A system includes a memory controller to refresh a dynamic random access memory based on a configurable refresh rate, the dynamic random access memory having a plurality of regions, each region having an associated minimum refresh rate, and a processing unit to empty a first region of the plurality of regions of the dynamic random access memory by moving data from the first region to a non-volatile memory and to reduce the configurable refresh rate responsive to emptying the first region. | 07-23-2015 |
David M. Isen, Los Angeles, CA US
Patent application number | Description | Published |
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20150350286 | REDUCING INPUT PROCESSING LATENCY FOR REMOTELY EXECUTED APPLICATIONS - Disclosed are various embodiments for reducing input processing latency for remotely executed applications. An application is executed in a hosted environment, and a video signal generated by the application is encoded into a media stream. The media stream is sent to a client by way of a network. Unprocessed user input data for the application is obtained from the client computing device by way of the network. The unprocessed user input data is processed at a first processing rate that is above a second processing rate associated with a normal processing of the unprocessed user input data in the client. | 12-03-2015 |