Prenašanje podatkov z nizkimi zakasnitvami v dogodkovno gnanem časovnem sistemu

OCEPEK, BENJAMIN (author), Trost, Andrej (mentor)

Delo opisuje nadgradnjo obstoječega dogodkovno gnanega časovnega sistema. Nadgradnja vključuje možnost dvosmernega prenosa uporabniških podatkov po omrežju z nizkimi zakasnitvami. Celotna komunikacija lahko poteka izključno na programirljivi strojni opremi – FPGA-jih. Ciljna uporaba je hitra ponastavitev naprav na novo delovno točko v realnem času v velikih distribuiranih sistemih. Predvsem je mišljena hitra ponastavitev linearnih pospeševalnikov delcev na drugačno energijo, kar bi omogočilo adaptivno skeniranje pri protonski terapiji.

• Language: Slovenian
• Keywords: časovni sistem, distribuiran sistem, protonska terapija, pospeševalnik delcev
• Work type: Master's thesis/paper
• Organization: FE - Faculty of Electrical Engineering
• Year: 2018
• PID: 20.500.12556/RUL-99772
• Publication date in RUL: 14.02.2018

Secondary language

• Language: English
• Title: Low latency data transfer in event driven timig system

Abstract

This thesis describes the upgrade of the pre-existing event driven timing system. The upgrade includes the possibility of the bidirectional transfer of user data over a low latency network. All of the communication can take place exclusively in programmable hardware – FPGAs. The intended usage is a fast reconfiguration of devices to the new operating point in real time in a big distributed system. The main target is a fast reconfiguration of the energy of linear particle accelerators, which would enable adaptive scanning for proton therapy.

• Keywords: timing system, distributed system, proton therapy, particle accelerator