Abstract: A method and system is presented for correcting a data error in a primary Dynamic Random Access Memory (DRAM) in a Dual In-line Memory Module (DIMM). Each DRAM has a left half (for storing bits 0:3) and a right half (for storing bits 4:7). A determination is made as to whether the data error was in the left or right half of the primary DRAM. The half of the primary DRAM in which the error occurred is removed from service. All subsequent reads and writes for data originally stored in the primary DRAM's defective half are made to a half of a spare DRAM in the DIMM, while the DRAM's non-defective half continues to be used for subsequently storing data.

Abstract: A method and system is presented for correcting a data error in a primary Dynamic Random Access Memory (DRAM) in a Dual In-line Memory Module (DIMM). Each DRAM has a left half (for storing bits 0:3) and a right half (for storing bits 4:7). A determination is made as to whether the data error was in the left or right half of the primary DRAM. The half of the primary DRAM in which the error occurred is removed from service. All subsequent reads and writes for data originally stored in the primary DRAM's defective half are made to a half of a spare DRAM in the DIMM, while the DRAM's non-defective half continues to be used for subsequently storing data.

Abstract: A method and system is presented for correcting a data error in a primary Dynamic Random Access Memory (DRAM) in a Dual In-line Memory Module (DIMM). Each DRAM has a left half (for storing bits 0:3) and a right half (for storing bits 4:7). A determination is made as to whether the data error was in the left or right half of the primary DRAM. The half of the primary DRAM in which the error occurred is removed from service. All subsequent reads and writes for data originally stored in the primary DRAM's defective half are made to a half of a spare DRAM in the DIMM, while the DRAM's non-defective half continues to be used for subsequently storing data.

Abstract: A computer design model processing system and methods are described that can create visual models of computer systems, store versions of design models in a centralized repository, automatically generate and deploy computer software systems in response to the stored computer design models, define dependencies between computer design models, and automate and assist the development of multiple, possibly dependent, computer design models by multiple developers.

Abstract: A computer design model processing system and methods are described that can create visual models of computer systems, store versions of design models in a centralized repository, automatically generate and deploy computer software systems in response to the stored computer design models, define dependencies between computer design models, and automate and assist the development of multiple, possibly dependent, computer design models by multiple developers.

Abstract: A computer design model processing system and methods are described that can create visual models of computer systems, store versions of design models in a centralized repository, automatically generate and deploy computer software systems in response to the stored computer design models, define dependencies between computer design models, and automate and assist the development of multiple, possibly dependent, computer design models by multiple developers.