30-01-2010, 02:44 PM
a) CAN PROTOCOL IMPLEMENTATION
b) CAN TO RS232 CONVERTER (ANALYZING THE CAN TRAFFIC OVER THE CAN BUS)
c) DASH BOARD BASED ON CAN PROTOCOL
d) DIGITAL DASH BOARD USING CAN NETWORK
e) FULL DUPLEX INTERFACE THROUGH CAN PROTOCOL
f) CAN BASED AUTOMOTIVE APPLICATIONS
g) CAN NETWORKING FOR CARS (CONTROLLER AREA NETWORK OF BOSCH)
h) CAN PROTOCOL BASED AUTOMOTIVE STREET LIGHT SWITCHING SYSTEM
i) CAN PROTOCOL BASED DATA ACQUISITION SYSTEM
j) C BASED DATA ACQUISITION SYSTEM USING CAN PROTOCOL
k) REAL TIME SECURITY SYSTEM USING CAN PROTOCOL ROBOT CONTROLLING USING CAN PROTOCOL
l) SCALABLE AND EFFICIENT APPROACH FOR OBTAINING MEASUREMENTS IN CAN BASED CONTROL SYSTEMS
m) SIMPLE CAN NODE SMART SENSOR
n) CAN PROTOCOL BASED TRAFFIC LIGHT SYSTEM
o) CAN PROTOCOL IMPLEMENTATION TO ENABLE ROBUST SERIAL COMMUNICATION FOR AUTOMOTIVE APPLICATIONS
p) IMPLEMENTATION OF A CAN-BASED MULTI CONTROLLER DIGITAL DRIVING SYSTEM FOR A VEHICLE
q) INDUSTRIAL AUTOMATION USING CAN NETWORK
r) INDUSTRIAL AUTOMATION USING CAN PROTOCOL (MOTOR SPEED CONTROL BASED ON TEMPERATURE)
s) MULTIVARIABLE PARAMETER INTERFACING WITH CAN BUS P
t) CAN NODE USING MICRO CONTROLLER TEMPERATURE BASED
u) DC MOTOR SPEED CONTROL USING CAN PROTOCOL
v) VIEW MIRROR CONSOLE CONTROLLING USING CAN BUS (CLOSED LOOP CONTROL SYSTEM)
w) WIFER CONTROL USING CAN BUS (HUMIDITY BASED)
b) CAN TO RS232 CONVERTER (ANALYZING THE CAN TRAFFIC OVER THE CAN BUS)
c) DASH BOARD BASED ON CAN PROTOCOL
d) DIGITAL DASH BOARD USING CAN NETWORK
e) FULL DUPLEX INTERFACE THROUGH CAN PROTOCOL
f) CAN BASED AUTOMOTIVE APPLICATIONS
g) CAN NETWORKING FOR CARS (CONTROLLER AREA NETWORK OF BOSCH)
h) CAN PROTOCOL BASED AUTOMOTIVE STREET LIGHT SWITCHING SYSTEM
i) CAN PROTOCOL BASED DATA ACQUISITION SYSTEM
j) C BASED DATA ACQUISITION SYSTEM USING CAN PROTOCOL
k) REAL TIME SECURITY SYSTEM USING CAN PROTOCOL ROBOT CONTROLLING USING CAN PROTOCOL
l) SCALABLE AND EFFICIENT APPROACH FOR OBTAINING MEASUREMENTS IN CAN BASED CONTROL SYSTEMS
m) SIMPLE CAN NODE SMART SENSOR
n) CAN PROTOCOL BASED TRAFFIC LIGHT SYSTEM
o) CAN PROTOCOL IMPLEMENTATION TO ENABLE ROBUST SERIAL COMMUNICATION FOR AUTOMOTIVE APPLICATIONS
p) IMPLEMENTATION OF A CAN-BASED MULTI CONTROLLER DIGITAL DRIVING SYSTEM FOR A VEHICLE
q) INDUSTRIAL AUTOMATION USING CAN NETWORK
r) INDUSTRIAL AUTOMATION USING CAN PROTOCOL (MOTOR SPEED CONTROL BASED ON TEMPERATURE)
s) MULTIVARIABLE PARAMETER INTERFACING WITH CAN BUS P
t) CAN NODE USING MICRO CONTROLLER TEMPERATURE BASED
u) DC MOTOR SPEED CONTROL USING CAN PROTOCOL
v) VIEW MIRROR CONSOLE CONTROLLING USING CAN BUS (CLOSED LOOP CONTROL SYSTEM)
w) WIFER CONTROL USING CAN BUS (HUMIDITY BASED)
