Laboratory of Biocybernetics

 Available equipment and software
 

• Visual applications and neural networks

• FPGA equipment

• Hardware:
• SUN20

(4 HyperSparc 100 MHz processors, 128 MB RAM, Solaris2.4),
• SUN ULTRA 2 station

(200 MHz processor, 256 MB RAM, Solaris 2.5),
• PC 586 - 386

a total of 20 computers connected in an Ethernet network,
• Frame grabbers

Data Translation, Visionetics (B&W), VideoPix (SUN,color), SunVideo (color),
• Cameras

CCD B&W (3), CCD Color + motor zoom + autofocus,monitors,
• Scanners

A4 TAMARACK (color), Mustek Paragon Page (color),
• Demonstration robot

(P&P Elektronik GmbH) with a camera mounted on thearm,
• PC Neural Board BALBOA

(i860) with daughter cards: ViP (Vision Processor) andDT-connect (connection with DT Frame Grabber) (Hecht Nilsen Corp.),
• Neurocomputer NT5000T

(Neural Technologies) with VDS (Video Demonstrator System).

•  Software:
• ProtoPIPE, ProtoLIB, ProtoVU

on SUN (General Imaging Corp.),
• KHOROS 2.0

on SUN (University of New Mexico, USA),
• NeuralWorks Professional II/Plus

on SUN (NeuralWare, Inc.),
• SNNS 4.0

(University of Stuttgart) on SUN,
• PDP

on SUN, Sparc Server 690MP, PC (McClelland, Rumelhart),
• Matlab

with Neural Network Toolbox on PC.

• Acoustic analysis equipment:
• VOLYZER and SoundBlaster 16 ASP Pro

specialized acoustic signal acquisition boards,
• SigLab

data acquisition system,
• Isolated word recognition system

based on HMM with its own acquisition board.

• Electromedical equipment:
• ASCARD 3

computer electrocardiograph with polycardiographic extension,
• 24-hour blood pressure recorder,
• Intensive Care Unit 
  Continuous Cardiovascular Monitoring (Hewlett- Packard),
• Ultrasonographs
  analogue USG 30 and digital U-5,
• INTERDYNAMIK ID-4C 
  electrical therapy equipment,
• Hemodialysis  equipment 
  (artificial kidney - 5 sets),
• Recorder-generator 
  for biological signals,
• Biomedical signal acquisition board 
  with a set of amplifiers (PC-based).