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TOWARDS A PORTABLE, MEMORY-EFFICIENT TEST SYSTEM FOR CONDUCTED ENERGY WEAPONS
 

Summary: TOWARDS A PORTABLE, MEMORY-EFFICIENT TEST SYSTEM FOR CONDUCTED
ENERGY WEAPONS
Peyman Rahmati1
, David Dawson1
, and Andy Adler1
1
Carleton University, Ottawa, Canada. {prahmati,adler}@sce.carleton.ca
ABSTRACT
We present a readily portable, memory-efficient performance
test system (PTS) for Tasers. The proposed PTS has been de-
velopped for the most widely used Conducted Energy Weapons
(CEW), Taser X26. The PTS is designed in accordance with
the CEW Test Procedure, recently adopted and published by a
group of experts. This work is an advancement of our earlier
work where we developed a performance calibration system
for the Taser X26 in 2010. The objective of the proposed PTS
is to check whether the electrical specifications of the Taser
X26, listed in the CEW test procedure, fall within the manu-
facturers limits for satisfactory electrical performance or not.
Additionally data above and beyond that necessary for per-

  

Source: Adler, Andy - Department of Systems and Computer Engineering, Carleton University

 

Collections: Computer Technologies and Information Sciences