SBIR-STTR Award

Transportable Multi-Modal Interactive Device for the Dismounted Soldier
Award last edited on: 1/23/2007

Sponsored Program
SBIR
Awarding Agency
DOD : Army
Total Award Amount
$1,015,436
Award Phase
2
Solicitation Topic Code
A02-212
Principal Investigator
Benjamin Tirabassi

Company Information

TERI Research (AKA: Technology Engineering Research, Inc. )

16 Wildhedge Lane
Holmdel, NJ 07733
   (732) 219-0020
   N/A
   mars.superlink.net/teri
Location: Single
Congr. District: 04
County: Monmouth

Phase I

Contract Number: ----------
Start Date: ----    Completed: ----
Phase I year
2003
Phase I Amount
$119,821
TERI will develop and demonstrate a Transportable Multi-Modal Interface Device (TM2ID) that provides the soldier enhanced operational capabilities as part of the Objective Force, including the Future Combat System (FCS) and Objective Force Warrior programs. This TM2ID will be capable of field mission planning and rehersal as a lightweight, portable computing device similar to the OFW Soldier Land Warrior (LW) System. TERI proposes an interface that uses speech, eye-gaze, display and 3-D audio technologies without adding additional weight or bulky add-ons to a commercial handheld computer. The unit provides a set of interactive multi-modal interfaces for high level commands and interface bandwidth to communicate commands, conduct training, situation awareness and mission planning. Phase I objectives include an engineering design and feasibility demonstration of key technologies for the TM2ID. In order to support a higher level of soldier performance, these technologies will exploit Embedded Training (ET) as a means of soldier enhancement. This research effort will mature several technology breakthroughs as an enhancement to natural language speech and understanding linguistics that permit the soldier to perform the mission functions projected in the future Objective Force Warrior (OFW) with a TM2ID. These mission functions include the C3 required for mounted and dismounted tactical: situation assessment (enemy and friendly), planning, execution, status reporting, location reporting, synchronized action, reconnaissance and physical/psychological well-being. Innovative use of voice technology is integrated with intelligent Tactical Operation Aids (TOAs) to overcome error and coordinate the Multi-Modal Interface (MMI) components to improve situation awareness and computing device control. This intelligent interface approach responds to the "intent" of the warrior, so that his mission tasks can be attended without restricting his posture, movement, effectiveness, efficiency or lethality in dynamic mission environments. Speech, auditory, touch and visual I/O is to be seamlessly incorporated with the TM2ID, using intelligent TOAs, providing a cooperative modality that is user friendly and intuitive. A common universal interface architecture will be integrated among the TM2ID components and Embedded Training applications, to offer a Joint Technical Architecture-Army (JTA-A) and commercial compliant solution. Both commercial civilian and military users are awaiting the next generation TM2ID that incorporates the best features of lightweight, low power handheld computing devices with advanced hands-free multi-modal interface options such as speech, facial movement and 3-D audio technologies. The first product will be an integrated handheld TM2ID with advanced mission planning, automatic information push/pull, and MMI component features that will significantly help the field soldiers decision making capabilities. The unit will take advantage of research results from Phase I and II to provide the most advanced display, speech and audio functionality providing sight, sound and voice integrated modalities

Phase II

Contract Number: ----------
Start Date: ----    Completed: ----
Phase II year
2005
Phase II Amount
$895,615
Technology Engineering Research Inc (TERI) proposes to build upon its success from its Phase I research to develop a Transportable Multi-Modal Interactive Device (TM2ID) that provides the Dismounted Soldier with enhanced Man-Machine Interface (MMI) operational capabilities to support OFW initiatives. The TERI TM2ID has developed and demonstrated advanced interface technologies that include the combined use of speech, head/eye-tracking, touch, gesture, display and 3-D audio response technologies without adding additional weight or bulky add-ons. The TM2ID provides a set of interactive sight and sound interfaces for high level commands and communications to conduct training, provide advanced situational awareness and to perform mission planning and rehearsal tasks. This Phase II research will result in a fully functional prototype of the TM2ID integrated with an OFW similar HW/SW platform. In order to support a higher level of soldier performance, these technologies will exploit Embedded Training (ET) as a means of soldier enhancement. The TERI developed Phase II prototype will be architectured to support the design research results from Phase I creating a combined human language and gesture interactive multi-modal interface capability that has proven to far exceed the capabilities of uni-modal interface designs. Our goal is to design and develop a multi-modal system with synergistic interface technologies that complement one another enabling us to take advantage of their inherent strengths. A design centered around supporting interface techniques for the core spoken language technology will enable us to demonstrate improvements in error avoidance and resolution which will increase the effectiveness and efficiency of the Warrior. The result will be a mobile and adaptable interface capability with improved robustness to support dismounted soldier embedded training and simulation environments in even the most challenging and chaotic environments.

Keywords:
interactive multi-modal interface, natural language speech recognition, error avoidance and resolution, high and chaotic noise abatement, OFW embedded