Human Performance Capacity Measurement System (HPCMS) .. The BEP Family of Measurement Modules
The HPCMS consists of a set of modular plug-and-play devices (BEP I, BEP II, BEP III, etc.) that interface to your computer and are integrated to form a custom system (with special hardware and software) to meet your unique measurement needs. "BEP" stands for "Basic Elements of Performance", a term derived from the Elemental Resource Model for human performance, which provides a unifying framework for the measurement of all performance capacities of the human system. The HPCMS products are thus also known as the "BEP line".
________________________
|
___________________________
|
_________________________________
|
_____________
|
||
---|---|---|---|---|---|
BEP for Windows™ |
A single, Windows-based package that controls every BEP module, manages trials, collects data, and integrates all measures for reporting or achiving with a self-contained database utility. Provides standardized access to all your BEP tools through a "total human" systems model with a common sense hierarchical organization.
Included at no charge with BEP module purchases. Manual data entry options make it a useful tool even without BEP measurement modules for many human performance applications. |
MORE => |
|||
Direct Sensor Access (DSA) |
Provides real-time data monitoring, collection, and archiving of time-series sensor outputs for selected BEP modules (where appropriate). This is an optional license for use of special functionality incorporated into the "BEP for Windows™" host software that must be ordered as a separate item if desired.
|
MORE => |
|||
________________________
|
___________________________
|
_________________________________
|
_____________
|
||
---|---|---|---|---|---|
BEP 0 |
Intelligent unit that interfaces, manages, and supplies power to more than one (up to 8) HPCMS modules through a simple serial port connection to your PC.
|
MORE => |
|||
BEP I |
Measures more than 40 aspects of central processing and upper extremity performance, including basic elements (response speed, memory, etc.) and higher level task performance (ADL's, finger tapping speed, coordination, etc.) of importance in sports as well as activities of daily living and affected by drugs, head injuries, neurologic disorders, aging, etc.
|
||||
BEP II |
The lower extremity counterpart to the BEP I
|
MORE => |
|||
________________________
|
___________________________
|
_________________________________
|
_____________
|
||
---|---|---|---|---|---|
BEP III FAMILY |
This family includes one Interface and Control Unit (BEP III ICU) and several different sensor units (i.e., IIIa, IIIb, or IIId).
|
MORE => |
|||
BEP III |
This microcontroller-based device a llows for the interface and control of up to four different sensor units used for isometric strength tests. Any isometric strength configuration requires one ICU and at least one of the sensor units. However, only one ICU is required in a system configuration that includes two or more the sensors. |
MORE => |
|||
BEP IIIa |
This BEP III system sensor unit is designed to be attached to the hand of the examiner (e.g., a therapist) and provide a means to obtain a quantitative characterization of strength as would normally be determined by well-establsihed manual muscle tests.
|
MORE => |
|||
BEP IIIb |
This BEP III family sensor unit provides the ability to measure grip stength. It is specially designed to allow adjustment for hand size and to be light-weight so as to minize the impact on measurements.
|
MORE => |
|||
BEP IIId |
This BEP III system sensor unit is designed to be used in cable tensiometer arrangements to measure the strength of selected, isolated muscle groups using a protocol that is not affected by the strength of the examiner.
|
MORE => |
|||
________________________
|
___________________________
|
_________________________________
|
_____________
|
||
---|---|---|---|---|---|
BEP IV |
This compact, lightweight system measures medial-lateral, anterior-posterior, and total stability. It supports single- and two-leg test modes with eyes open and closed.
|
MORE => |
|||
BEP V |
This microcontroller-based device allows for the interface and control of up to four different sensor units used for isometric strength tests. Any isometric strength configuration requires one ICU and at least one of the sensor units. However, only one ICU is required in a system configuration that includes two or more the sensors.
|
MORE => |
|||
________________________
|
___________________________
|
_________________________________
|
_____________
|
||
---|---|---|---|---|---|
BEP VII |
The BEP VII system, consisting of the BEP VII Interface and Control Unit (ICU) and BEP VIIa-2 Sensor Unit are designed to provide a comprehensive approach to extreme and range of motion capacity measurement.
|
MORE => |
|||