<center>ANSiP-2011 </br> Advanced School and Workshop on Nuclear Physics Signal Processing </center>

Lista contributi

63. Welcome address by Political Authorities

21/11/11, 09:30

Welcome

64. Origini e missione dell’Accademia dei Zelanti e dei Dafnici

G. Contarino

21/11/11, 09:40

Welcome

65. Welcome address by A. Pagano (INFN, Sezione di Catania), G. Cuttone (INFN-LNS) and A. Insolia (University of Catania, Department of Physics)

21/11/11, 09:50

Welcome

25. Overview on the physics perspectives in the future european laboratories

A. Bracco

21/11/11, 10:00

Physics and Instrumentation; Front-End Electronics; Signal Formation in Radiation Detector and Noise Mechanism; Preamplifiers I

27. Instrumentation needs

E Pollacco

21/11/11, 10:35

Physics and Instrumentation; Front-End Electronics; Signal Formation in Radiation Detector and Noise Mechanism; Preamplifiers I

28. Signal Formation in radiation Detectors: Ramo's theorem and its application in practical cases

A. Castoldi

21/11/11, 11:40

Physics and Instrumentation; Front-End Electronics; Signal Formation in Radiation Detector and Noise Mechanism; Preamplifiers I

29. Noise mechanisms in electronic devices: physical origin and circuit model

C. Guazzoni

21/11/11, 12:20

Physics and Instrumentation; Front-End Electronics; Signal Formation in Radiation Detector and Noise Mechanism; Preamplifiers I

30. Front-end design in CMOS for high resolution detectors

G. De Geronimo

21/11/11, 14:30

Physics and Instrumentation; Front-End Electronics; Signal Formation in Radiation Detector and Noise Mechanism; Preamplifiers II

31. Front-end electronics solutions for large arrays of segmented detectors

G. Pascovici

21/11/11, 15:15

Physics and Instrumentation; Front-End Electronics; Signal Formation in Radiation Detector and Noise Mechanism; Preamplifiers II

32. Statistical Suppression of Sign-Symmetric Noise in Spectroscopy Measurements

P. Degtiarenko

21/11/11, 15:45

Physics and Instrumentation; Front-End Electronics; Signal Formation in Radiation Detector and Noise Mechanism; Preamplifiers II

33. Cutting-edge circuit technology able to boost the dynamic range of CMOS charge-sensitive preamplifiers far beyond their saturation limit

A. Pullia

21/11/11, 16:30

Physics and Instrumentation; Front-End Electronics; Signal Formation in Radiation Detector and Noise Mechanism; Preamplifiers II

34. <Floating Point> Charge Sensitive Amplifier, a large dynamic range energy measurement chip for the focal plane of the Super Separator Spectrometer of the SPIRAL2 project

P. Vallerand

21/11/11, 17:00

Physics and Instrumentation; Front-End Electronics; Signal Formation in Radiation Detector and Noise Mechanism; Preamplifiers II

35. Development of the Time Projection Chamber readout for heavy RI collision experiment

T. Isobe

21/11/11, 17:20

Physics and Instrumentation; Front-End Electronics; Signal Formation in Radiation Detector and Noise Mechanism; Preamplifiers II

36. Open discussion

21/11/11, 17:40

Physics and Instrumentation; Front-End Electronics; Signal Formation in Radiation Detector and Noise Mechanism; Preamplifiers II

37. Signal processing techniques for the extraction of physical observables in presence of different noise sources

C. Guazzoni

22/11/11, 09:00

From the Analog World to the Digital Domain; Case Study in Nuclear Physics: Silicon and Scintillators Detectors for Charged Particles I

38. Reflections on two ASIC development projects for nuclear physics

L. Sobotka & E.Pollacco

22/11/11, 09:30

From the Analog World to the Digital Domain; Case Study in Nuclear Physics: Silicon and Scintillators Detectors for Charged Particles I

39. Two CMOS Solutions for Two Different Signal Processing Problems

G. Engel

22/11/11, 10:15

From the Analog World to the Digital Domain; Case Study in Nuclear Physics: Silicon and Scintillators Detectors for Charged Particles I

40. Analogue memories for particle physics detectors

E. Delagnes

22/11/11, 11:10

From the Analog World to the Digital Domain; Case Study in Nuclear Physics: Silicon and Scintillators Detectors for Charged Particles I

41. Introduction to FPGAs

A. Kugel

22/11/11, 11:50

From the Analog World to the Digital Domain; Case Study in Nuclear Physics: Silicon and Scintillators Detectors for Charged Particles I

42. Wide Dynamic range readout preamplifier for Silicon Strip Sensor

A. Taketani

22/11/11, 12:35

From the Analog World to the Digital Domain; Case Study in Nuclear Physics: Silicon and Scintillators Detectors for Charged Particles I

43. Case study in nuclear physics: the FAZIA project

G. Poggi

22/11/11, 14:30

From the Analog World to the Digital Domain; Case Study in Nuclear Physics: Silicon and Scintillators Detectors for Charged Particles II

44. Proton and deuterium identification by means of PSA at energies below 1 MeV

J. Duenas

22/11/11, 15:15

From the Analog World to the Digital Domain; Case Study in Nuclear Physics: Silicon and Scintillators Detectors for Charged Particles II

45. Digital Pulse Processing for Physics Applications

M. Locatelli

22/11/11, 15:35

From the Analog World to the Digital Domain; Case Study in Nuclear Physics: Silicon and Scintillators Detectors for Charged Particles II

46. A Case Study: Design of a CMOS ASIC For Pulse Shape Discrimination

G. Engel

22/11/11, 16:30

From the Analog World to the Digital Domain; Case Study in Nuclear Physics: Silicon and Scintillators Detectors for Charged Particles II

47. SPADIC –Self triggered Pulse Amplification and Digitization ASIC

M. Krieger

22/11/11, 17:00

From the Analog World to the Digital Domain; Case Study in Nuclear Physics: Silicon and Scintillators Detectors for Charged Particles II

48. Round table on International Networking

22/11/11, 17:20

From the Analog World to the Digital Domain; Case Study in Nuclear Physics: Silicon and Scintillators Detectors for Charged Particles II

49. The AGATA Demonstrator Array at LNL

E. Farnea

23/11/11, 14:30

Data Reduction and Trigger Strategies; Case Study in Nuclear Physics: Gamma Ray Detectors

50. System design for nuclear structure experiments: online data reduction and distributed systems

H. Simon

23/11/11, 15:10

Data Reduction and Trigger Strategies; Case Study in Nuclear Physics: Gamma Ray Detectors

51. Triggering Philosophies for Large Nuclear Physics Experiments

I. Lazarus

23/11/11, 16:10

Data Reduction and Trigger Strategies; Case Study in Nuclear Physics: Gamma Ray Detectors

52. Off-line event building

H. Baba

23/11/11, 16:55

Data Reduction and Trigger Strategies; Case Study in Nuclear Physics: Gamma Ray Detectors

53. General electronics for TPC (GET), an architecture based on the μTCA standard...with a short introduction to μTCA for physics

G. Wittwer

24/11/11, 09:00

Slow Control Systems; DAQ; Interconnections; Case Study in Nuclear Physics: Spectrometers, Gas Detectors I

54. Controls

B. Kolb

24/11/11, 09:35

Slow Control Systems; DAQ; Interconnections; Case Study in Nuclear Physics: Spectrometers, Gas Detectors I

55. Data acquisition systems (DAQ) <essentials>

E. De Filippo

24/11/11, 10:20

Slow Control Systems; DAQ; Interconnections; Case Study in Nuclear Physics: Spectrometers, Gas Detectors I

56. Narval: a generic framework to develop Data Acquisition Systems

X. Grave

24/11/11, 11:30

Slow Control Systems; DAQ; Interconnections; Case Study in Nuclear Physics: Spectrometers, Gas Detectors I

57. Interconnections – the link between sensors and r/o electronics

L. Andricek

24/11/11, 12:05

Slow Control Systems; DAQ; Interconnections; Case Study in Nuclear Physics: Spectrometers, Gas Detectors I

58. Measure of the DSSSD efficiency

D. Torresi

24/11/11, 12:40

Slow Control Systems; DAQ; Interconnections; Case Study in Nuclear Physics: Spectrometers, Gas Detectors I

59. Cases for nuclear physics: the S3 instrumentation and comparison to the AIDA project

A. Drouart & I. Lazarus

24/11/11, 14:30

Slow Control Systems; DAQ; Interconnections; Case Study in Nuclear Physics: Spectrometers, Gas Detectors II

60. Present situation in GEM and Micromegas detectors / structure and production upgrades

R. De Oliveira

24/11/11, 15:15

Slow Control Systems; DAQ; Interconnections; Case Study in Nuclear Physics: Spectrometers, Gas Detectors II

61. Selex Elsag Satellite Solutions

R. Russo

24/11/11, 16:25

Slow Control Systems; DAQ; Interconnections; Case Study in Nuclear Physics: Spectrometers, Gas Detectors II

62. “Conclusive remarks” and open discussion

L. Sobotka

24/11/11, 17:10

Slow Control Systems; DAQ; Interconnections; Case Study in Nuclear Physics: Spectrometers, Gas Detectors II