Each fully registered attendee will receive a BSN development kit which consists of a programming board, a sensor board, and a pair of BSN nodes.
Tutorial Registration Fees
Registration before 30th of May: £400.00 + VAT = £470.50 .
Registration (Otherwise):
£500.00 + VAT = £587.50 .
10 June 2005
- Click here to download Registration Form, PDF format
- Click here to download Registration Form, MS WORD format
- (We currently accept
cheque or bank transfer, online credit card payment will be available
in early May)
09:30 Registration
and coffee
10:00
Session 1: Introduction
to Body Sensor Networks
Introduce the current state-of-the-art in wireless sensor networks and its significance and future applications to sensing and monitoring devices for healthcare.
10:30 Session 2: Introduction to Tiny OS
11:30 Session 3: BSN
hardware architecture and sensor board designIntroduce the current state-of-the-art in wireless sensor networks and its significance and future applications to sensing and monitoring devices for healthcare.
10:30 Session 2: Introduction to Tiny OS
Introduce
the major concepts required to program Tiny OS applications. These
include a description of components, interfaces, commands, events, and
Tiny OS programming model.
Introduce the basic architecture and extensibility of BSN Node for different sensing environments both for healthcare applications and general wireless sensor networks.
12:00 Session 4: BSN programming I
Hands on
session on
TinyOS programming. This session will
illustrate how to build, debug, and run Tiny OS applications on the BSN
node.
14:00 Session 5: BSN programming II
Hands on
session
on programming BSN node to send/receive data wirelessly..
15:00 Session 6: BSN Sensor and wireless programming
Hands on
session
on sensor data acquisition with the BSN node. This session will
illustrate how to program the BSN node to acquire sensor data.
16:00 Session 7: Wireless data path and sensor message hopping
Introduce
the concept and
theory of packet
broadcasting, how to form wireless sensor network, and issues related
to message hopping. It will also illustrate a simple multi-hop data
propagation method that allows data to be collected by a central
location.
17:00 Session 8: Q & A and Conclusion
17:00 Session 8: Q & A and Conclusion