Cilji:
- razume formacijo signala in šuma v
scintilacijskih in polvodniških detektorjih ter
sodobne pristope v analizi detektorskega
signala,
- analizira signale v različnih realnih primerih
detekcije,
- razčleni analizo signala na podsklope in
prepozna soodvisnosti sklopov,
- sestavi sklope na nov delujoč način,
- napove lastnosti novih detekcijskih arhitektur in
ovrednoti dodano vrednost.
Kompetence:
- izbere metodo za zajem in analizo signala pri
konkretni meritvi in vrsti detektorja,
- sestavi delujoč detektorski sistem, vključujoč
strojno in programsko opremo,
- upošteva dane tehnološke, sistemske, časovne
in finančne okvire projekta pri snovanju metode
in sestavljanju sistema,
- napove ključne kvantitativne funkcionalne
metrike (ločljivosti, izkoristek, ipd.),
- izvede demonstracijsko meritev s sestavljenim
sistemom,
- eksperimentalno ovrednoti prej omenjene
napovedane parametre.
Objectives:
- understanding the evolution of signal and noise in scintillation and solid-state detectors as well as
cutting-edge approaches to related signal
analysis,
- analysis of detector signals in various real-life
cases,
- recognising analysis functional building blocks
and their inter-dependencies,
- rearranging analysis functional building blocks in a new functional manner,
- predicting performance of new detection
architectures and evaluate advantages and
shortcomings.
Competencies:
- selecting signal acquisition and analysis method
for a specific given problem and detector type,
- constructing a working detector system from
hardware and software components,
- application of project-given technological,
systemic, temporal and financial constraints in
method development and detector system
construction,
- prediction of key quantitative performance
metrics (resolutions, efficiency, etc.),
- performing a demonstration data run on the fully assembled system,
- evaluation of predicted performance metrics on
basis of experimental data.