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A New Architecture For Single-Event Upset Detection & Reconfiguration Of Sram-Based Fpgas, Ihesiaba Kamanu
A New Architecture For Single-Event Upset Detection & Reconfiguration Of Sram-Based Fpgas, Ihesiaba Kamanu
Theses
Field Programmable Gate Arrays (FPGA) are used in a variety of applications, ranging from consumer electronics to devices in spacecrafts because of their flexibility in achieving requirements such as low cost, high performance, and fast turnaround. SRAM-based FPGAs can experience single bit flips in the configuration memory due to high-energy neutrons or alpha particles hitting critical nodes in the SRAM cells, by transferring enough energy to effect the change. High energy particles can be emitted by cosmic radiation or traces of radioactive elements in device packaging. The result of this could range from unwanted functional or data modification, data loss …
A New Architecture For Single-Event Upset Detection & Reconfiguration Of Sram-Based Fpgas, Ihesiaba Kamanu
A New Architecture For Single-Event Upset Detection & Reconfiguration Of Sram-Based Fpgas, Ihesiaba Kamanu
Theses
Field Programmable Gate Arrays (FPGA) are used in a variety of applications, ranging from consumer electronics to devices in spacecrafts because of their flexibility in achieving requirements such as low cost, high performance, and fast turnaround. SRAM-based FPGAs can experience single bit flips in the configuration memory due to high-energy neutrons or alpha particles hitting critical nodes in the SRAM cells, by transferring enough energy to effect the change. High energy particles can be emitted by cosmic radiation or traces of radioactive elements in device packaging. The result of this could range from unwanted functional or data modification, data loss …