<> "The repository administrator has not yet configured an RDF license."^^ . <> . . "Design of Multi-Gigabit Network\r\nInterconnect Elements and Protocols\r\nfor a Data Acquisition System\r\nin Radiation Environments"^^ . "Modern High Energy Physics experiments (HEP) explore the fundamental nature\r\nof matter in more depth than ever before and thereby benefit greatly from the\r\nadvances in the field of communication technology. The huge data volumes\r\ngenerated by the increasingly precise detector setups pose severe problems for\r\nthe Data Acquisition Systems (DAQ), which are used to process and store this\r\ninformation. In addition, detector setups and their read-out electronics need\r\nto be synchronized precisely to allow a later correlation of experiment events\r\naccurately in time. Moreover, the substantial presence of charged particles from\r\naccelerator-generated beams results in strong ionizing radiation levels, which has\r\na severe impact on the electronic systems.\r\nThis thesis recommends an architecture for unified network protocol IP cores\r\nwith custom developed physical interfaces for the use of reliable data acquisition\r\nsystems in strong radiation environments. Special configured serial bidirectional\r\npoint-to-point interconnects are proposed to realize high speed data transmission,\r\nslow control access, synchronization and global clock distribution on unified links\r\nto reduce costs and to gain compact and efficient read-out setups. Special features\r\nare the developed radiation hardened functional units against single and multiple\r\nbit upsets, and the common interface for statistical error and diagnosis information,\r\nwhich integrates well into the protocol capabilities and eases the error handling in\r\nlarge experiment setups. Many innovative designs for several custom FPGA and\r\nASIC platforms have been implemented and are described in detail. Special focus\r\nis placed on the physical layers and network interface elements from high-speed\r\nserial LVDS interconnects up to 20 Gb/s SSTL links in state-of-the-art process\r\ntechnology.\r\nThe developed IP cores are fully tested by an adapted verification environment for\r\nelectronic design automation tools and also by live application. They are available\r\nin a global repository allowing a broad usage within further HEP experiments."^^ . "2018" . . . . . . . "Sven Andreas Chris Markus"^^ . "Schatral"^^ . "Sven Andreas Chris Markus Schatral"^^ . . . . . . "Design of Multi-Gigabit Network\r\nInterconnect Elements and Protocols\r\nfor a Data Acquisition System\r\nin Radiation Environments (PDF)"^^ . . . "dissertation_final_2018-02-12.pdf"^^ . . . "Design of Multi-Gigabit Network\r\nInterconnect Elements and Protocols\r\nfor a Data Acquisition System\r\nin Radiation Environments (Other)"^^ . . . . . . "indexcodes.txt"^^ . . . "Design of Multi-Gigabit Network\r\nInterconnect Elements and Protocols\r\nfor a Data Acquisition System\r\nin Radiation Environments (Other)"^^ . . . . . . "lightbox.jpg"^^ . . . "Design of Multi-Gigabit Network\r\nInterconnect Elements and Protocols\r\nfor a Data Acquisition System\r\nin Radiation Environments (Other)"^^ . . . . . . "preview.jpg"^^ . . . "Design of Multi-Gigabit Network\r\nInterconnect Elements and Protocols\r\nfor a Data Acquisition System\r\nin Radiation Environments (Other)"^^ . . . . . . "medium.jpg"^^ . . . "Design of Multi-Gigabit Network\r\nInterconnect Elements and Protocols\r\nfor a Data Acquisition System\r\nin Radiation Environments (Other)"^^ . . . . . . "small.jpg"^^ . . "HTML Summary of #24533 \n\nDesign of Multi-Gigabit Network \nInterconnect Elements and Protocols \nfor a Data Acquisition System \nin Radiation Environments\n\n" . "text/html" . . . "004 Informatik"@de . "004 Data processing Computer science"@en . . . "620 Ingenieurwissenschaften"@de . "620 Engineering and allied operations"@en . .