Georgia Tech Applied Research Corporation

UNIVERSITY RESEARCH, ENGINEERING & TECHNOLOGY INSTITUTE

NATIONAL INFORMATION EXCHANGE MODEL (NIEM) DEVELOPMENT SUPPORT PROJECT

SCALING INTEROPERABLE TRUST THROUGH A TRUSTMARK MARKETPLACE

SITUATIONAL AWARENESS THROUGH CYBER-PHYSICAL MODELING AND SIMULATION (SACPS)

NEW START GRANT

SOLAR, INSTALL, MOUNT, PRODUCTION, LABOR, EQUIPMENT (SIMPLE BOS)

MULTIMODAL MULTIPLEXED INTEGRATED PHOTONIC SENSORS FOR CHEMICAL AND BIOLOGICAL SENSING

ARTEMIS QUARC - QUALITY UNDER ADJUSTABLE REALISTIC CONDITIONS

NATIONAL INFORMAITON EXCHANGE DEVELOPMENT SUPPORT PROJECT

SCALABLE MULTIPLEXED ION TRAP FRABRICATION USING BALL GRID ARRAYS

NATIONAL INFORMATION EXCHANGE MODEL (NIEM) DEVELOPMENT SUPPORT PROGRAM

OVERCOMING THE DIFFERENCES IN POST-TRANSLATIONAL PROTEIN MODIFICATION MECHANISMS BETWEEN PROKARYOTES AND EUKARYOTES, SUCH AS GLYCOSYLATION AND DISULFIDE BOND FORMATION, HAVE BEEN A TECHNOLOGICAL OBSTACLE PREVENTING THE STRUCTURALLY ACCURATE ‘ANTIGENIC’ EXPRESSION OF VIRAL EPITOPES IN BACTERIA. THIS PROBLEM IS EXACERBATED IN THE CASE OF INFLUENZA’S HEMAGGLUTININ (HA) SPIKE PROTEIN AS ITS CORRECT ANTIGENIC STRUCTURE IS INFLUENCED BY TRIMERIZATION, GLYCOSYLATION, AND DI-SULFIDE BOND FORMATION. IF THIS SYSTEM STRUCTURAL INCOMPATIBILITY CAN BE OVERCOME, PROBIOTIC BACTERIA COULD BECOME A LOW-COST, SHELF-STABLE ANIMAL VACCINE THAT COULD BE ADMINISTERED THROUGH ANIMAL FEED AND ELICIT PROTECTIVE ANTIBODIES AGAINST INFLUENZA IN GENERAL AND HIGHLY PATHOGENIC AVIAN INFLUENZA (H5N1) IN PARTICULAR. INDEED, A MULTIVALENT VACCINE MADE UP OF MIXES OF ENGINEERED PROBIOTIC BACTERIA IS POSSIBLE. DURING THIS PROJECT, WE WILL DEVELOP AND COMBINE METHODS FROM ARTIFICIAL INTELLIGENCE AND BIOMOLECULAR MODELING, SUCH AS MULTI-AGENT FRAMEWORK BASED ON LARGE LANGUAGE MODELS (LLMS) AND THE NOBEL-PRIZEWINNING ALPHAFOLD PROGRAM, TO MINE HISTORICAL HA SEQUENCE AND ANTIGENIC STRUCTURE INFORMATION. THIS WILL ENABLE THE IN SILICO EVALUATION AND MODELING OF POTENTIAL MUTATIONS OR AMINO ACID SUBSTITUTIONS NEEDED TO COMPENSATE FOR THE DIFFERENTIAL BACTERIA PROTEIN EXPRESSION SYSTEM TO REPRODUCE KEY ANTIGENIC STRUCTURES. THESE CANDIDATE SEQUENCES MAY BE IN THE FORM OF A MONOMER, TRIMERS, ANTIGEN-SCAFFOLD FUSIONS, AND FUSIONS TO ORTHOGONAL BACTERIAL MEMBRANE PROTEIN DOMAINS. SUCCESSFUL IN SILICO-DEVELOPED HA SEQUENCES WILL BE SYNTHESIZED AS DEGENERATE OLIGO POOLS, CLONED INTO EXPRESSION PLASMIDS, AND TESTED IN PARALLEL IN VITRO WITH A DEVELOPED HIGH THROUGHPUT BACTERIAL OUTER MEMBRANE PROTEIN PLASMID-BASED EXPRESSION AND SCREENING SYSTEM. THIS SYSTEM CAN SCREEN MILLIONS OF CANDIDATE SEQUENCES SIMULTANEOUSLY THROUGH DOWN SELECTION WITH KNOWN HA-INHIBITING ANTIBODIES. PROTEIN SEQUENCES THAT SUCCESSFULLY PRESENT ANTIGEN IN THE PLASMID EXPRESSION SYSTEM WILL THEN BE INSERTED DIRECTLY INTO THE BACTERIAL GENOME ELIMINATING THE NEED FOR PLASMIDS, WHICH CARRY UNWANTED ARTIFICIAL ANTIBIOTIC MARKERS AND OTHER UNNATURAL GENETIC SEQUENCES. THE ULTIMATE OBJECTIVE OF THIS PROJECT IS TO DEVELOP A POULTRY VACCINE PRODUCTION SYSTEM, THAT IS LOW COST WITH A LONG SHELF LIFE AT AMBIENT TEMPERATURES AND THAT CAN BE RAPIDLY MANUFACTURED AND DISTRIBUTED AS A PROBIOTIC FEED SUPPLEMENT. THIS SYSTEM WOULD BE HIGHLY MULTIVALENT AND RAPIDLY RECONFIGURABLE FOR NEW OR EMERGING VIRAL THREATS.

CONTENT ANALYSIS AND COMPUTER BASED ANALYSIS FOR PREDICTION OF INDIVIDUAL AND GROUP RELATED ACTIVITIES

GLOBAL FEDERATED IDENTITY AND PRIVILEGE MANAGEMENT DEVELOPMENT AND ENGINEERING SUPPORT

ADVANCING TRUSTED INFORMATION SHARING, SAFEGUARDING, AND FEDERATED ICAM IN THE PUBLIC SAFETY COMMUNITY THROUGH THE MATURATION OF THE TRUSTED FRAMEWORK

GLOBAL FEDERATED IDENTITY AND PRIVILEGE MANAGEMENT SUPPORT PROJECT

OSHA 21 D CONSULTATION PROGRAM FY 2024

ADVANCED DECISION SUPPORT FOR ARCHIVAL PROCESSING OF PRESIDENTIAL ELECTRONIC RECORDS

CONSULTATION

CONSULTATION

CONSULTATION

CONSULTATION

CONSULTATION

FEDERATED IDENTITY, PRIVILEGE MANAGEMENT AND TECHNICAL PRIVACY IMPLEMENTATION PROJECT

CONSULTATION

CONSULTATION

SHARPI: SUPPORTING HUMAN ADAPTION FOR READINESS AND PERFORMANCE IMPROVEMENTS

ARTEMIS: AUGMENTED REALITY TESTING OF EQUIPMENT IN MULTIPLE IMMERSIVE SIMULATIONS

CONSULTATION

COLLABORATIVE RESEARCH: CLOUD TOP DISCHARGES AND THEIR PARENT STORMS -THUNDERSTORMS ARE HIGHLY-ELECTRIFIED PHENOMENA WHERE LIGHTNING IS FORMED FROM THE SEPARATION OF ELECTRICAL CHARGE WITHIN THE CLOUD. NOT ONLY DO THUNDERSTORMS PRODUCE CLOUD-TO-GROUND AND CLOUD-TO-CLOUD LIGHTNING, BUT THUNDERSTORMS ALSO CAN PRODUCE UPWARD-POINTED ELECTRICAL DISCHARGES FROM THE TOPS OF THE CLOUDS. THESE ARE KNOWN AS CLOUD TOP DISCHARGES AND HAVE MANY DIFFERENT NAMES BASED ON THEIR SIZE AND APPEARANCE, SUCH AS SPRITES, PIXIES, AND JETS. WHILE THESE DISCHARGES HAVE BEEN PHOTOGRAPHED, THERE ARE VERY FEW SCIENTIFIC RESEARCH-QUALITY DATA AVAILABLE FOR THESE EVENTS, AND A VARIETY OF QUESTIONS REMAIN UNANSWERED. THIS AWARD WILL INVOLVE THE DEVELOPMENT OF TWO NEW INSTRUMENTS AND A MULTI-YEAR OBSERVATIONAL EFFORT TO PROVIDE THE MOST COMPREHENSIVE DATA ON CLOUD TOP DISCHARGES AVAILABLE. THE RELEVANCE OF THIS PROJECT TO SOCIETY IS THAT UPWARD ELECTRICAL DISCHARGES ARE STRONG PRODUCERS OF NOX WHICH CAN AFFECT STRATOSPHERIC OZONE CHEMISTRY. THIS AWARD ALSO INCLUDES OUTREACH TO RURAL SCHOOLS IN GEORGIA TO PROVIDE SCIENCE EDUCATION ON THE TOPICS OF ELECTRICITY AND MAGNETISM. THE OVERALL OBJECTIVE OF THIS PROJECT IS TO INVESTIGATE THE ELECTRICAL NATURE OF CLOUD TOP DISCHARGES (CTDS) SUCH AS SPRITES, GNOMES, PIXIES, STARTERS, JETS AND GIGANTIC JETS AND HOW THUNDERSTORMS PRODUCE THESE UNIQUE EVENTS. OBSERVATIONS OF THESE CTDS ARE RARE DUE TO PRIOR OBSERVATIONAL CONSTRAINTS. IN THIS PROJECT, THE RESEARCH TEAM WILL DEVELOP AND DEPLOY A NEW GROUND-BASED SPECTROSCOPIC IMAGING SYSTEM CONSISTING OF TWO BLUE-SENSITIVE HIGH-SPEED CAMERAS. THE BLUE ASPECT IS IMPORTANT BECAUSE CTDS ARE CHARACTERIZED BY THEIR PREDOMINANTLY BLUE COLOR, BUT BLUE AND ULTRAVIOLET (UV) LIGHT IS HEAVILY SCATTERED BY THE LOWER ATMOSPHERE AND MOST PRIOR OPTICAL IMAGERS WERE NOT SENSITIVE TO BLUE/UV LIGHT. THE NEW SYSTEM WILL BE DEPLOYED IN TEXAS AND COMBINED WITH ADDITIONAL OBSERVATIONAL INFORMATION FROM VERY LOW FREQUENCY (VLF)/LOW FREQUENCY (LF) RADIO RECEIVERS, LIGHTNING MAPPING ARRAYS (LMAS), AND TRADITIONAL METEOROLOGICAL DATA TO ANSWER KEY QUESTIONS ABOUT THE ELECTRICAL AND MORPHOLOGICAL PROPERTIES OF CTDS AND THE CHARACTERIZATION OF CTD THUNDERSTORM CHARGE STRUCTURES. SPECIFIC RESEARCH QUESTIONS INCLUDE: ? WHAT ARE THE LEADER AND STREAMER DYNAMICS OF CTDS, SUCH AS EVOLUTION OF THERMAL TEMPERATURE FOR LEADERS AND ELECTRON ENERGY FOR STREAMERS? ? WHAT ARE QUANTITATIVE CHARACTERISTICS OF THE LEADER-TO-STREAMER TRANSITION REGION? ? HOW IS THE VERY HIGH FREQUENCY (VHF) MEASURED BY LMAS PRODUCED ABOVE THE CLOUD? ? WHAT PARAMETERS DICTATE THE TERMINAL ALTITUDE OF A CTD? ? WHAT ARE THE PARENT STORM CHARGE STRUCTURES AND WHAT METEOROLOGICAL PROCESSES FORM THEM? ? WHAT IS THE RELATIONSHIP BETWEEN CLOUD TOP MIXING AND DIVERGENCE, THE THUNDERSTORM CHARGE STRUCTURE, AND EVENT FORMATION? ? HOW DOES THE STORM STRUCTURE VARY FOR DIFFERENT CTDS? THIS AWARD REFLECTS NSF'S STATUTORY MISSION AND HAS BEEN DEEMED WORTHY OF SUPPORT THROUGH EVALUATION USING THE FOUNDATION'S INTELLECTUAL MERIT AND BROADER IMPACTS REVIEW CRITERIA.- SUBAWARDS ARE NOT PLANNED FOR THIS AWARD.

MIMO RADAR BENCHMARKING

MULTISENSOR COORDINATED ECM DESIGN AND ANALYSIS

ADVANCED DECISION SUPPORT FOR ARCHIVAL PROCESSING OF PRESIDENTIAL ELECTRONIC RECORDS13

GEORGIA TECH APPLIED RESEARCH CORPORATION AIRBORNE FORWARD LOOKING INTERFEROMETER FOR THE DETECTION

EXPLORATORY ADVANCED RESEARCH PROGRAM

STATE AND LOCAL HOMELAND SECURITY NATIONAL TRAINING PROGRAM

COLLABORATIVE RESEARCH: THE AGEP ENGINEERING ALLIANCE: A MODEL TO ADVANCE HISTORICALLY UNDERREPRESENTED MINORITY POSTDOCTORAL SCHOLARS AND EARLY CAREER FACULTY IN ENGINEERING

MULITPURPOSE ROBOTIC SAMPLING TO OPTIMIZE CROP PRODUCTION

CIRCULATION CONTROL AERODYNAMICS FOR VERY EFFICIENT HIGH-LIFT AND CRUISE PERFORMANCE FOR SUBSONIC/TR

INTEGRATED DIFFRACTIVE MIRRORS FOR TRAPPED-ION QUANTUM INFORMATION PROCESSING

LARGE ENTANGLED STATE GENERATION VIA NON-DESTRUCTIVE READOUT

LOCAL QUBIT OPERATIONS IN GLOBAL FIELDS VIA POTENTIAL MODULATION

DEVELOPMENT AND ENGINEERING SUPPORT FOR THE LAW ENFORCEMENT NATIONAL DATA EXCHANGE STANDARDS PROJECT

(FY2019-000411-AS) INTRA-CAVITY ENHANCEMENT FOR CALCIUM LASER COOLING IN A COMPACT PENNING TRAP CLOCK (ICE-CLC)

A PERMANENT MAGNET ION (PERMION) TRAP CLOCK

ROTORCRAFT ENABLED UAV MANEUVERABILITY TO RELIABLY OPERATE AND MAINTAIN POSE IN MORE CHALLENGING ENVIRONMENTS.

CONSULTATION

ENGINEERING SUPPORT FOR THE NATIONAL INFORMATION EXCHANGE MODEL (NIEM) AND THE GLOBAL JUSTICE XML DATA MODEL (GJXDM)

GROWTH AND CHARCHTERIZATION OF LI TERNARY COMPOUNDS FOR SOLID STATE NEURON DETECTORS

COLLABORATIVE RESEARCH: CEDAR: INVESTIGATION OF GIGANTIC JETS, THEIR IONOSPHERIC EFFECTS, AND HOW THEY COUPLE THE TROPOSPHERE AND IONOSPHERE -THIS AWARD SEEKS TO ADVANCE THE SCIENCE OF HOW CLOUD-TO-IONOSPHERE ELECTRICAL DISCHARGES KNOWN AS GIGANTIC JETS (GJS) COUPLE THE TROPOSPHERE AND IONOSPHERE. GJS ARE LARGE ELECTRICAL DISCHARGES THAT BEGIN INSIDE A THUNDERSTORM, EMERGE FROM THE TOP OF THE CLOUD, AND CONNECT WITH THE LOWER IONOSPHERE (80 -100 KM ALTITUDE). THEY ARE CAPABLE OF TRANSFERRING HUNDREDS OF COULOMBS OF CHARGE (10 TIMES MORE THAN TYPICAL LIGHTNING) BETWEEN THE TROPOSPHERE AND IONOSPHERE, DIRECTLY COUPLING THESE ATMOSPHERIC REGIONS. DUE TO INFREQUENT OBSERVATIONS FROM PAST OBSERVATIONAL TECHNIQUES, MANY MYSTERIES REMAIN REGARDING THESE EVENTS, SUCH AS THEIR EFFECT ON THE GLOBAL ELECTRIC CIRCUIT (GEC), HOW THEY PERTURB THE UPPER ATMOSPHERE, AND HOW THEY PROPAGATE TO SUCH HIGH ALTITUDES ABOVE THE CLOUD TOP. THE WORK UNDER THIS AWARD WILL INVOLVE DETECTING GJS ON NEARLY A HEMISPHERIC SCALE USING OPTICAL DATA FROM THE GEOSTATIONARY LIGHTNING MAPPERS (GLM) AND MACHINE LEARNING TECHNIQUES, IN ADDITION TO MULTI-STEP VALIDATION. THE DETECTION PIPELINE WILL HAVE THE CAPABILITY TO IDENTIFY THOUSANDS OF GJS PER YEAR, ORDERS OF MAGNITUDE MORE THAN PREVIOUS OBSERVATIONS. THE LARGE-SCALE DATABASE OF DETECTIONS WILL BE MADE PUBLICLY AVAILABLE AND WIDELY DISSEMINATED, ALLOWING HIGH IMPACT ON OTHER FIELDS OF RESEARCH SUCH AS AERONOMY (GEC), ATMOSPHERIC CHEMISTRY, AND METEOROLOGY. AS PART OF THE BROADER EDUCATIONAL OUTREACH FOR THIS AWARD, K-12 TEACHERS FROM TITLE 1 SCHOOLS (THOSE WITH HIGH PERCENTAGES OF CHILDREN IN POVERTY) VIA AN EXISTING NSF-SPONSORED PROGRAM (RESEARCH EXPERIENCE FOR TEACHERS) WILL WORK ON A RESEARCH PROJECT EACH SUMMER AND INCORPORATE WHAT THEY LEARNED IN THEIR CURRICULUM. GRADUATE STUDENTS WILL BE INVOLVED IN THE PROJECT AS WELL. THE THREE MAIN GOALS OF THIS PROJECT ARE: 1) CONSTRUCT CLIMATOLOGIES OF GJS AFTER DEVELOPING A ROBUST PIPELINE TO DETECT THEM BY THE THOUSANDS USING GLM DATA AND A MACHINE LEARNING CLASSIER. 2) QUANTIFY WHETHER AND HOW GJS PERTURB THE D-REGION IONOSPHERE. 3) INVESTIGATE THE PHYSICAL CHARACTERISTICS OF GJS. THE LARGE-SCALE DETECTION WILL BE PERFORMED BY A PIPELINE THAT USES GLM IN CONJUNCTION WITH MACHINE LEARNING ALGORITHMS, AND MULTI-STEP VALIDATION WITH GROUND-BASED RADIO NETWORKS. THE MULTI-STEP VALIDATION CONSISTS OF: CORRELATING POTENTIAL GJS WITH A LOW FREQUENCY (LF) LIGHTNING NETWORK IN SPACE AND TIME TO FILTER OUT NON-LIGHTNING EVENTS; VALIDATING WITH A STEREO ALTITUDE GLM MODEL (DEVELOPED AS PART OF THIS WORK); AND VALIDATING WITH AN ELF RADIO MODEL (DEVELOPED AS PART OF THIS WORK). USING VLF REMOTE SENSING ON A SUBSET OF EVENTS THAT PASS WITHIN AN EXISTING VLF RADIO NETWORK, CHANGES TO THE ELECTRON DENSITY PROFILE IN THE D-REGION WILL BE QUANTIFIED USING TEMPORAL-SPATIAL MAPPING METHODS AND CORRELATED TO PROPERTIES MEASURED BY THE DUKE ELF RADIO NETWORK. THE DETECTIONS WILL ALSO BE CORRELATED WITH GROUND-BASED INSTRUMENTS SUCH AS VERY HIGH FREQUENCY (VHF) LIGHTNING MAPPING ARRAYS (LMA) AND WITH INSTRUMENTS IN LOW EARTH ORBIT SUCH AS THE ATMOSPHERIC SPACE INTERACTIONS MONITOR (ASIM) TO UNDERSTAND THE DISCHARGE PHYSICS OF THE EVENTS, SUCH AS THE LEADER AND STREAMER PORTIONS OF THE DISCHARGE AND IF THEY ARE ASSOCIATED WITH GAMMA RAYS. THE RESEARCH SUPPORTED BY THIS AWARD WILL SIGNIFICANTLY ADVANCE THE SCIENCE OF HOW THE IONOSPHERE RESPONDS TO ELECTRICAL IMPULSES FROM BELOW. THIS PROJECT IS CO-FUNDED BY A COLLABORATION BETWEEN THE DIRECTORATE FOR GEOSCIENCES AND OFFICE OF ADVANCED CYBERINFRASTRUCTURE TO SUPPORT AI/ML AND OPEN SCIENCE ACTIVITIES IN THE GEOSCIENCES. THIS AWARD REFLECTS NSF'S STATUTORY MISSION AND HAS BEEN DEEMED WORTHY OF SUPPORT THROUGH EVALUATION USING THE FOUNDATION'S INTELLECTUAL MERIT AND BROADER IMPACTS REVIEW CRITERIA.

HAZARD ANALYSIS FOR A FORWARD-LOOKING INTERFEROMETERTHE FORWARD-LOOKING INTERFEROMETER (FLI) IS A NE

SONAR CHARACTERIZATION USING ACTIVE CALIBRATION TRANSPONDERS

ARO SPECIAL PROGRAMS; DOD-DARPA: MULTIPLE TIME SERIES NODE SYNCHRONIZATION UTILIZING AMBIENT REFERENCE

A RAPID, SENSITIVE AND FIELD USABLE SENSOR BASED ON AN APTAMER MODIFIED PLANAR WAVEGUIDE INTERFEROMETRIC SENSOR WILL BE DEVELOPED TO DETECT, IDENTI

NRI: LARGE-SCALE COLLABORATIVE SEMANTIC MAPPING USING 3D STRUCTURE FROM MOTION

PURPOSE:THE RESEARCH PROPOSED IN THIS DOCUMENT IS RELEVANT TO SYSTEMS ENGINEERING AND SMART MANUFACTURING. IT AUTOMATES PRIOR WORK FORMALIZING THE OPEN STANDARD SYSTEMS MODELING LANGUAGE (SYSML), THE MOST WIDELY USED GRAPHICAL LANGUAGE FOR ENGINEERING COMPLEX SYSTEMS. THE SYSML STANDARD CURRENTLY USES VARIOUS BEHAVIOR MODELING TECHNIQUES. NIST HAS DEVELOPED A PROPOSAL TO UNIFY BEHAVIOR MODELING IN SYSML THROUGH APPLICATION OF THE ONTOLOGICAL BEHAVIOR MODELING (OBM) METHOD. THIS RESEARCH WILL DEVELOP A TRANSLATION TO THE ALLOY ANALYZER (A LOGICAL SOLVER) THAT VALIDATES THIS APPROACH AND PROVIDES A SECOND SOFTWARE IMPLEMENTATION REQUIRED BY THE STANDARDS DEVELOPING ORGANIZATION BEFORE PROCEEDING WITH THE UPDATE TO SYSML.ACTIVITIES TO BE PERFORMED: THE RESEARCH WILL IMPROVE INTEGRATED SYSTEMS ANALYSIS FOR SMART MANUFACTURING SYSTEMS THROUGH THE FOLLOWING ACTIVITIES:1.DEVELOP AN AUTOMATED TRANSLATOR THAT READS IN SYSML-SPECIFIED FILE AND CONVERTS IT INTO AN ALLOY MODEL.2.INVESTIGATE THE SCALABILITY/TRACTABILITY OF SYSML MODELS TRANSLATED TO ALLOY.3.INVESTIGATE POSSIBILITIES FOR ADDITIONAL MODELING CAPABILITIES.4.DISSEMINATE FINDINGS AND MODELING RATIONALE.EXPECTED OUTCOMES: THE WORK WILL STRENGTHEN THE FOUNDATIONS OF SYSML FOR IMPROVED ANALYSIS AND INTEROPERABILITY, THROUGH CLEAR AND VERIFIABLE RULES REGARDING ALLOWABLE BEHAVIOR AND THE EXPECTED TRAJECTORY OF SYSTEM STATES. INTENDED BENEFICIARIES: THE TECHNOLOGY THAT IS DEVELOPED THROUGH THIS PROJECT WILL SUPPORT AN UPDATE OF THE SYSML STANDARD THAT WILL HAVE DIRECT RELEVANCE TO ENTERPRISES THAT DESIGN, MANUFACTURE AND MAINTAIN COMPLEX CYBER-PHYSICAL SYSTEMS. SYSML IS WIDELY USED AMONG AEROSPACE AND DEFENSE ENTERPRISES THAT BUILD COMPLEX, LONG-LIVED SYSTEMS. ONTOLOGICAL BEHAVIOR MODELLING HAS THE POTENTIAL TO ANALYZE MANUFACTURING SCENARIOS AT A MUCH HIGHER LEVEL THAN IS CURRENTLY POSSIBLE, ALLOWING COSTLY MISTAKES TO BE FOUND SOONER. THIS WORK ENABLES EFFECTIVE CAPTURE OF THE REASONING BEHIND DESIGN DECISIONS, WHICH IS CRITICAL FOR LONG-LIVED SYSTEMS. THE PROPOSED WORK WILL LEVERAGE THE LONG-TERM INVESTMENT THAT INDUSTRY HAS ALREADY MADE IN SYSML TO STRENGTHEN THE FOUNDATIONS OF SYSML FOR IMPROVED ANALYSIS AND INTEROPERABILITY. THIS NEW TECHNOLOGY WILL ENABLE SYSTEMS ENGINEERS USING SYSML TO PRODUCE SAFE, SECURE CYBER-PHYSICAL SYSTEMS OUT OF COMPONENTS FROM MULTIPLE SOURCES, RESULTING IN SIGNIFICANT PUBLIC BENEFIT OVER MANY YEARS.SUBRECIPIENT ACTIVITIES: THERE ARE NO SUBAWARDS IN THIS PROJECT.

DEVELOPING TRUSTMARK DEFINITIONS

DECISION MAKING IN UNCERTAINTY: MODELING AND TESTING MULTIPLE THEORIES

DURIP: BLACK MAGIC PECVD FURNACE

HIGH-SPEED CAMERA USED WITH LARGE PARABOLIC MIRRORS TO PRODUCE HIGH-QUALITY FLOW VISUALIZATION

COMMON TERRORISM INFORMATION SHARING STANDARDS (CTISS) SUPPORT PROGRAM

ROBUST COMBINED HEAT AND HYBRID POWER (CHHP) FOR HIGH ELECTRICAL EFFICIENCY COGENERATION

AN INTEGRATED MULTI-TEST SENSOR SYSTEM FOR BATTLEFIELD FORENSICS

KNOWLEDGE DRIVEN ROBOTICS FOR AGILE ASSEMBLY

APPLICATIONS OF MICROGELS FOR OPTICAL TAGGING

FREE-SPACE RAPID EXCHANGE OF SECURE AND COVERT OPTICAL SIGNALS (FRESCOS)

TAS::57 3600::TAS SPATIALLY-AWARE COGNITIVE RADIO NETWORKS

MANUFACTURING OF ULTRA-STABLE PEROVSKITE NANOPARTICLES FOR WHITE LIGHT EMITTING DIODES

REMOTE METHODS FOR VOLUNTEERING DIGITAL EVIDENCE ON MOBILE DEVICES

CONSULTATION

NONLINEAR ESTIMATION TECHNIQUES & PHENOMENOLOGY MODELING FOR MULTISENSOR TRACKING IN NAVAL SYSTEMS

NEW AWARD TO GEORGIA TECH RESEARCH CORPORATION. AWARD NUMBER: DE-FE0031692. PROJECT ENTITLED: MICRO-HYBRID DEVELOPMENT OF ENABLING CONTROLS.

GEORGIA TECH DE-FE0030600 PROJECT TITLE: EXPEDITED REAL TIME PROCESSING FOR THE NETL HYPER CYBER-PHYSICAL SYSTEM.

TRANSPARENT NANOPHOTONIC SCINTILLATOR FOR X-RAY IMAGING

PHANTOM ECHO GENERATOR DEVELOPMENT AND TESTING

TAS::57 3600::TAS "(YIP) TRUST AND TRUSTWORTHINESS IN HUMAN-ROBOT INTERACTION: A FORMAL CONCEPTUALIZATION" DATED 07 AUG 2012

ACOUSTIC COLOR QUALITY ASSESSMENT (ACQUA)

COLLABORATIVE RESEARCH: AGS-FIRP TRACK 2: LAKE-EFFECT ELECTRIFICATION (LEE) AND THE IMPACTS OF WIND TURBINES ON ELECTRIFICATION EAST OF LAKE ONTARIO -THE LAKE-EFFECT ELECTRIFICATION (LEE) PROJECT WILL OCCUR BETWEEN SEPTEMBER AND MARCH 2022-23 FOCUSED ON LAKE ONTARIO AND THE DOWNWIND (EAST OF THE LAKE) REGION OF UPSTATE NEW YORK. THE FREQUENT LAKE-EFFECT SNOWSTORMS IN THIS AREA PRODUCE SEVERAL THUNDERSNOW EVENTS EACH YEAR, AND THIS PROJECT WILL MAKE THE FIRST EVER MEASUREMENTS OF THE ELECTRICAL STRUCTURE OF LAKE-EFFECT SNOW CLOUDS AND INFER HOW LIGHTNING WITHIN THEM IS RELATED TO PRECIPITATION PROCESSES IN THE CLOUDS. DURING ANOTHER RECENT NSF-FUNDED PROJECT, THE ONTARIO WINTER LAKE-EFFECT SYSTEMS (OWLES) FIELD CAMPAIGN DURING THE 2013-14 WINTER SEASON, ALL LAKE-EFFECT LIGHTNING OCCURRED INLAND AND MANY FLASHES WERE ASSOCIATED WITH THE MAPLE RIDGE WIND FARM, COMPOSED OF APPROXIMATELY 200 TURBINES OVER 100 M TALL. LIGHTNING IS A SIGNIFICANT CAUSE OF WIND TURBINE DAMAGE (E.G., TO THE BLADES), INCREASING WIND ENERGY GENERATION COSTS. THE STUDY REGION IS THEREFORE AN IDEAL NATURAL LABORATORY WITHIN WHICH BASIC UNDERSTANDING OF THE ELECTRICAL STRUCTURE OF CLOUDS CAN BE ADVANCED WHILE ALSO IMPROVING FORECASTS OF SUCH EVENTS AND UNDERSTANDING THEIR IMPACTS ON ENERGY INFRASTRUCTURE. THIS GRANT WILL INVOLVE MANY UNDERGRADUATE AND GRADUATE STUDENTS IN THE COLLECTION AND ANALYSIS OF DATA, DEVELOPING MEASUREMENT, INSTRUMENTATION AND DATA ANALYSIS SKILLS WHILE INSPIRING THEIR FURTHER EDUCATION AND INTEREST IN RESEARCH CAREERS. THE LAKE-EFFECT ELECTRIFICATION (LEE) PROJECT IS FOCUSED OVER AND EAST (THE TYPICAL DOWNWIND/LEE SIDE) OF LAKE ONTARIO DURING THE COOL SEASON. PROJECT LEE AIMS TO DOCUMENT, FOR THE FIRST TIME, THE TOTAL LIGHTNING AND ELECTRICAL CHARGE STRUCTURES OF LAKE-EFFECT STORMS AND THE ASSOCIATED STORM ENVIRONMENT USING A LIGHTNING MAPPING ARRAY (LMA), A DUAL-POLARIZATION X-BAND RADAR, AND BALLOON SOUNDINGS THAT WILL MEASURE VERTICAL PROFILES OF TEMPERATURE, HUMIDITY, WIND, ELECTRIC FIELD, AND HYDROMETEOR TYPES. PREVIOUS WORK HAS SHOWN THAT THE GREAT LAKES, ESPECIALLY LAKE ONTARIO, INITIATE LIGHTNING IN A MIX OF PRECIPITATION TYPES DURING LAKE-EFFECT STORMS. MOST OF THE LAKE ONTARIO LIGHTNING OCCURS DURING SINGLE, LONG-AXIS PRECIPITATION BANDS. SEVERAL QUESTIONS STILL REMAIN, SUCH AS EXPLAINING THE PREPONDERANCE OF POSITIVE POLARITY LIGHTNING IN SOME LAKE-EFFECT AND SIMILAR SEA-EFFECT STORMS (E.G., JAPAN), AND WHY THERE HAS BEEN A CLIMATOLOGICAL SHIFT IN MAXIMUM LAKE-EFFECT LIGHTNING OCCURRENCE FROM OVER LAKE ONTARIO TO FARTHER INLAND. THIS IS LIKELY DUE TO THE RECENT WIND FARM CONSTRUCTION IN THIS AREA, BUT THERE ARE STILL MANY UNKNOWNS ON HOW THESE TURBINES PRODUCE LIGHTNING. PROJECT LEE ALSO AFFORDS THE OPPORTUNITY TO IMPROVE OBSERVATIONS OF CONVECTIVE-TO-STRATIFORM ELECTRICAL DEVELOPMENT DUE TO THE SHALLOWNESS OF LAKE-EFFECT STORMS AND THE PROXIMITY OF THESE PROCESSES TO THE GROUND. FINALLY, LAKE-EFFECT STORM CONDITIONS REPRESENT MINIMAL THRESHOLDS FOR LIGHTNING INITIATION AS MANY OF THESE STORMS DO NOT PRODUCE LIGHTNING. THIS AWARD REFLECTS NSF'S STATUTORY MISSION AND HAS BEEN DEEMED WORTHY OF SUPPORT THROUGH EVALUATION USING THE FOUNDATION'S INTELLECTUAL MERIT AND BROADER IMPACTS REVIEW CRITERIA.

COMBATING HUMAN TRAFFICKING USING STRUCTURAL INFORMATION IN ONLINE REVIEW SITES

LOW COST GLASS CERAMIC SCINTILLATOR MATERIALS FOR NEUTRON AND GAMMA RAY DETECTION

ARI-MA: GAMMA-RAY SPECTROSCOPY BY LARGE NANOPHOTONIC SCINTILLATOR ARRAYS

EVALUATION AND DEMONSTRATION OF TECHNOLOGIES RELATED TO NUCLEAR THREAT DETECTION

LOW COST GLASS-CERAMIC SCINTILLATOR MATERIALS FOR NEUTRON & GAMMA-RAY DETECTION

GROUND PENETRATING RADAR FOR JOINT SERVICE EOD SENSING APPLICATIONS

OFF-AXIS LASER DETECTION AND CHARACTERIZATION USING RADAR (11U07GTRIBERG)

NSF INCLUDES DDLP: INCREASING MINORITY PRESENCE WITHIN ACADEMIA THROUGH CONTINUOUS TRAINING (IMPACT)

US IGNITE: COLLABORATIVE RESEARCH: FOCUS AREA 1: FLEET MANAGEMENT OF LARGE-SCALE CONNECTED AND AUTONOMOUS VEHICLES IN URBAN SETTINGS

KNOWLEDGE DRIVEN ROBOTICS FOR ASSEMBLY OPERATIONS

THE AN/AAR-47 B (V) 2 MISSILE WARNING SYSTEM (MWS) PROVIDES AIRCREW WARNING OF MAN PORTABLE AIR DEFENSE SYSTEMS (MANPAD) LAUNCHES, INDICATES HOSTILE

A MULTIBAND IMAGING NETWORK LAB

SUSAN HARWOOD GRANTS

TARGETED SPATIO-TEMPORAL PATTERN FORMATION AND MIMICRY WITH AUTONOMOUS MULTI-AGENT SYSTEMS

TAS::57 3600::TAS '(SECAF 2030 S&T) NETWORKED HAWKS'

PROJECT DESCRIPTIONTHE FOCUS OF THE PROJECT IS TO CONTINUE TO AID IN REFINING SEMANTICS FOR SYSML STATE MACHINES THAT WILL IMPROVE ANALYSIS, CLARITY, AND CUSTOMIZATION. THE PROJECT IS DEFINED BY THE FOLLOWING TASKS:1. REFINING TEMPORAL RELATIONS, INCLUDING TRANSFERS AND OBJECT FLOWS2. VERIFYING EXECUTABILITY OF SYSML BEHAVIOR MODELS FOR ADVANCED STATE MACHINES3. DEVELOPING A TRANSLATOR THAT READS IN AN OMG-SPECIFIED FILE AND CONVERTS IT INTO AN ALLOY MODEL4. DISSEMINATE FINDINGS AND MODELING RATIONALEGEORGIA TECH RESEARCH INSTITUTE (GTRI) PERSONNEL WILL PERFORM THE WORK IN ONSULTATION WITH RELEVANT NIST PERSONNEL TO REFINE THE APPROACH AND DEVELOP TECHNICAL FEEDBACK FOR IMPROVEMENTS. THE WORK IS STRUCTURED SUCH THAT THE NIST PERSONNEL WILL NOT BE IN THE CRITICAL PATH FOR THE EFFORT BUT WILL PROVIDE REGULAR PERIODS FOR REVIEW AND SOLICITATION OF FEEDBACK ACROSS EMAIL OR VIRTUAL TELECONFERENCING AS NEEDED.THE SCOPE OF THIS EFFORT INCLUDES MODEL DEVELOPMENT USING TOOLS LIKE THE ALLOY ANALYZER. THERE WILL ALSO BE SIGNIFICANT TIME DEDICATED TO FORMULATING AND DOCUMENTING RATIONALE SO THAT OTHER CONTRIBUTORS IN THE STANDARDS COMMUNITY CAN EVALUATE THE APPROACH.

SUSAN HARWOOD GRANTS

SUSAN HARWOOD GRANTS

SUSAN HARWOOD GRANTS

MULTITARGET TRACKING AND SENSOR FUSION FOR NAVAL SYSTEMS

DESIGN & INTEGRATION OF LOW SIGNATURE APRESTRUCTURES

ARI-MA: GAMMA-RAY SPECTROSCOPY BY LARGE NANOPHOTONIC SCINTILLATOR ARRAYS

OCCURRENCE-BASED STATE MACHINES FOR SYSML 2

LONG-TERM STABILITY OF CATALYSTS

SUSAN HARWOOD GRANTS

SUSAN HARWOOD GRANTS

SUSAN HARWOOD GRANTS

(DURIP) THE KEYENCE DIGITAL MICROSCOPE WITH ELEMENTAL ANALYSIS ATTACHMENT TO ENHANCE GTRI MATERIAL RESEARCH CAPABILITIES

SIDELOOKING SONAR CONTRAST ANALYSIS

GEORGIA TECH-PERSEUS II

IMPULSIVE RADIO FREQUENCY SIGNAL EXPLOITATION VIA MULTICHANNEL PROCESSING

SUSAN HARWOOD GRANTS

SUSAN HARWOOD GRANTS

SUSAN HARWOOD GRANTS

SUSAN HARWOOD GRANTS

"(NANOSAT FY09) RAPID RECONNAISANCE AND RESPONSE (R3) MISSION"

MODEL AWARE COMPUTING WITH SCIENTIFIC CATEGORIES

EARS: COLLABORATIVE: COMPREHENSIVE NETWORK STATE INFERENCE FOR ROBUST AND POLICY-COGNIZANT SPECTRUM ACCESS

PURPOSE: THE PURPOSE OF THIS GRANT IS TO DEVELOP OPEN-SOURCE EXAMPLES OF APPLICATIONS FOR UTILIZING THE IEEE 1872.1-2024 ROBOT TASK REPRESENTATION STANDARD AS WELL AS LEADING THE WORKING GROUP (IEEE P1872.1.1 ROBOT TASKING TO FORMALIZE THOSE EXAMPLES AND OTHERS BEING DEVELOPED BY THE WG MEMBERS INTO A FUTURE STANDARD USER GUIDE THROUGH IEEE RAS. THE RESEARCH WILL ENABLE END USERS TO MORE EASILY UTILIZE THE 1872.1-2024 STANDARD TO DEVELOP MORE AGILE ROBOTIC SYSTEMS.ACTIVITIES TO BE PERFORMED: THE PROPOSAL WILL PERFORM THE FOLLOWING ACTIVITIES:1) SUPPORT / PARTICIPATE IN THE IEEE RAS WORKING GROUP ? THEY WILL LEAD THE P1872.1.1 WORKING GROUP AS IT WORKS TO DEVELOP A SET OF EXAMLES TO MAKE UP THE FUTURE STANDARD USER GUIDE, INCLUDING BI-WEEKLY VIRTUAL MEETINGS AS WELL AS SEMI-ANNUAL IN PERSON MEETINGS HELD AT IEEE ROBOTICS CONFERENCES.2) DEVELOP A SET OF OPEN-SOURCE EXAMPLES OF APPLICATIONS OF THE IEEE 1872.1-2024 ROBOT TASK REPRESENTATION STANDARD ? THEY WILL DEVELOP A SET OF EXAMPLE ROBOTIC ASSEMBLY APPLICATIONS AND DEMONSTRATE HOW TO USE THE 1872.1-2024 STANDARD TO IMPLEMENT THE PROGRAMMING, SHOWING HOW THE STANDARD IS ABLE TO MAKE THE SYSTEM WORK BETTER FOR THE END USER AND ALLOW FOR MORE ROBOTIC SYSTEM AGILITY OR FLEXIBILITY IN PROGRAMMING.EXPECTED OUTCOMES: THE OPEN-SOURCE EXAMPLES DEVELOPED WILL FEED INTO THE WORKING GROUP ALONG WITH WORK FROM OTHER WORKING GROUP MEMBERS TO BE USED IN THE DEVELOPMENT OF THE FUTURE STANDARD USER GUIDE FOR USING THE IEEE 1872.1-2024 ROBOT TASK REPRESENTATION STANDARD. THE SUCCESS OF THESE EFFORST LEADING TO THIS FUTURE STANDARD WILL IMPROVE THE ROBOTIC SYSTEM AGILITY OF ROBOTS IN MANUFACTURING AS WELL AS OTHER ROBOTICS FIELDS WHERE ROBOTS AND HUMANS WORK IN COLLABORATION TO COMPLETE TASKS.INTENDED BENEFICIARIES: ROBOT END USERS, ROBOT VENDORS, ROBOT SYSTEMS INTEGRATORS, MANUFACTURERS, U.S. INDUSTRYSUBRECIPIENT ACTIVITIES: THE RECIPIENT DOES NOT INTEND TO SUBAWARD FUNDS.

THIS RESEARCH PROGRAM WILL WORK TO CREATE LI-ION BATTERY ANODES UTILIZING SILICON REINFORCED INTERNALLY WITH CARBON NANOTUBES (CNT) THAT WILL DELIVER

PURPOSE: THE PURPOSE OF THIS PROJECT IS TO DEVELOP ENHANCED APPLICATION EXAMPLES FOR THE P1872.1.1 ROBOT TASKING APPLICATIONS GUIDE DEVELOPED BY THE IEEE ROBOTICS AND AUTOMATION SOCIETY (RAS) STANDARDS WORKING GROUP. ACTIVITIES TO BE PERFORMED: THE PROJECT WILL DEVELOP ENHANCED APPLICATION EXAMPLES OF THE DATA SCHEMA AND MECHANICS FOR THE IEEE P1872.1.1 ROBOT TASKING APPLICATION GUIDE. THEY WILL ALSO IMPLEMENT THE EXAMPLES IN SIMULATION AND ON A ROBOTIC CELL AT THE GTRI FACILITY.EXPECTED OUTCOMES: THIS PROJECT WILL PRODUCE ENHANCED APPLICATION EXAMPLES AND SIMULATED AND REAL-WORLD ROBOTIC CELL IMPLEMENTATIONS.INTENDED BENEFICIARIES: THIS PROJECT WILL BENEFIT THE MANUFACTURING ROBOTICS COMMUNITY AND THE PUBLIC THROUGH THE DEVELOPMENT OF THE STANDARDS APPLICATION GUIDE. THE RESULTS WILL SERVE AS A VALUABLE ASSET TO THE P1872.1.1 ROBOT TASKING APPLICATION GUIDE WORKING GROUP. THIS APPLICATION GUIDE AND THE EXAMPLES WITHIN WILL ALLOW ROBOTICS MANUFACTURERS AND USERS TO UTILIZE THE IEEE 1872.1-2024 STANDARD FOR ROBOT TASK REPRESENTATION FOR THEIR OWN USE CASES.ADDITIONALLY, THE EXAMPLES WILL BE IMPLEMENTED IN SIMULATION AND ON THE INDUSTRIALLY RELEVANT ROBOTIC CELL IN THE GTRI FACILITY, FINDING POTENTIAL ISSUES WHERE MORE DETAILS MAY BE NEEDED IN THE APPLICATIONS GUIDE.SUBRECIPIENT ACTIVITIES: THE RECIPIENT DOES NOT INTEND TO SUBAWARD FUNDS.

IMPLEMENTING A P1872-1 TASK FRAME FOR ROBOTIC PLANNING

ATR PERFORMANCE ESTIMATION

PERSEUS - GTRI

PURPOSE: THE PURPOSE OF THIS GRANT IS TO ALLOW GTRI TO CONTINUE SUPPORT FOR THE IEEE RAS P1872.1 (ROBOT TASKING) STANDARD WORKING GROUP AS WELL AS PROVIDE THE ABILITY TO IMPLEMENT THE DRAFT STANDARD AND DEMONSTRATE ITS FLEXIBILITY AND AGILITY.ACTIVITIES TO BE PERFORMED: GTRI WILL PERFORM THE FOLLOWING ACTIVITIES:1) ORGANIZE AND RUN THE WORKING GROUP?S STANDARD MEETING THAT WILL TAKE PLACE AT IROS 2022 IN KYOTO, JAPAN AND ICRA 2023 IN LONDON, UK. HE WILL ALSO ATTEND OTHER CO-LOCATED IEEE MEETINGS/WORKSHOPS AS THE P1872.1 REPRESENTATIVE.2) ORGANIZE AND RUN PERIODIC TELECONFERENCES FOR THE WORKING GROUP.3) ORGANIZE AND LEAD THE WORKING GROUP TO ASSURE THAT ITS MISSION OF SUBMITTING FOR BALLOTING THE P1872.1 STANDARD IS ACCOMPLISHED.4) DEMONSTRATE THE ABILITY TO PERFORM MULTIPLE, SIMILAR TASKS WITH THE TASK SPECIFICATIONTAKING PLACE JUST PRIOR TO OPERATION.5) DEMONSTRATE THE ABILITY TO AUTONOMOUSLY RECOVER FROM DETECTED FAULTS6) BEGIN THE PLANNING OF THE CREATION OF AN IEEE RAS WORKING GROUP TO CREATE A USE AND IMPLEMENTATION GUIDE FOR THE STANDARD.EXPECTED OUTCOMES: THIS EFFORT WILL DEMONSTRATE THE UTILITY OF THE STANDARD FOR COMMERCIAL APPLICATIONS. THIS WILL HAVE THE BENEFIT OF LOWERING PRICES FOR AI SYSTEMS FOR ROBOTIC APPLICATIONS WHILE SIMULTANEOUSLY MAKING THE APPLICATIONS MORE AGILE ANDFLEXIBLE.INTENDED BENEFICIARIES: ROBOT USERS, ROBOT SYSTEMS INTEGRATORS, ROBOT MANUFACTURERS, US INDUSTRY, ROBOT RESEARCHERSSUBRECIPIENT ACTIVITIES: THE RECIPIENT DOES NOT INTEND TO SUBAWARD FUNDS.

PURPOSE: THE PURPOSE OF THIS GRANT IS TO ALLOW GTRI TO CONTINUE SUPPORT FOR THE SOON TO BE SUBMITTED IEEE RAS P1872.1 (ROBOT TASKING) STANDARD WORKING GROUP, BEGIN SUPPORT FOR THE EXPECTED P1872.1 APPLICATIONS? GUIDE, AS WELL AS PROVIDE THE ABILITY TO IMPLEMENT THE DRAFT STANDARD AND APPLICATION GUIDE IN ORDER TO DEMONSTRATE ITS FLEXIBILITY AND AGILITY.ACTIVITIES TO BE PERFORMED: THE FOLLOWING ACTIVITIES ARE EXPECTED TO BE PERFORMED IN THIS RESEARCH:TASK 1: SUPPORT FOR GTRI PARTICIPATION IN IEEE RAS WORKING GROUP. THIS INCLUDES:1) ORGANIZE AND RUN THE WORKING GROUP?S STANDARD MEETING THAT WILL TAKE PLACE AT IROS 2023 IN DETROIT, MI AND ICRA 2023 IN YOKOHAMA, JAPAN. HE WILL ALSO ATTEND OTHER CO-LOCATED IEEE MEETINGS/WORKSHOPS AS THE P1872.1 REPRESENTATIVE. 2) ORGANIZE AND RUN PERIODIC TELECONFERENCES FOR THE WORKING GROUP. 3) ORGANIZE AND LEAD THE WORKING GROUP TO ASSURE THAT ITS MISSION OF SUBMITTING FOR BALLOTING THE P1872.1 STANDARD IS ACCOMPLISHED. TASK 2: SUPPORT FOR THE CREATION OF A P1872.1 APPLICATION GUIDETASK 3: EXPERIMENTING WITH IMPLEMENTATION OF P1872.1EXPECTED OUTCOMES: A FINALIZED IEEE ROBOT TASKING STANDARD AND THE KICKOFF AND COORDINATION OF AN APPLICATION AND IMPLEMENTATION GUIDE FOR THE STANDARDS.INTENDED BENEFICIARIES: ROBOT END USERS, ROBOT VENDORS, ROBOT MANUFACTURERS, ROBOT SYSTEMS INTEGRATORS, THE U.S. MANUFACTURING COMMUNITYSUBRECIPIENT ACTIVITIES: THE RECIPIENT DOES NOT INTEND TO SUBAWARD FUNDS.

VOTING STANDARDS RESEARCH

QUANTITATIVE 3D MEASUREMENTS OF SHOALING & BREAKING INTERNAL WAVES USING SAS IMAGERY

EXTENDING THE P1872-1 TASK FRAME FOR MULTI-LEVEL PLANING

GEORGIA TECH-PERSEUS III

POLICY ASSESSMENT TOOL

IEEE RAS ROBOT TASK STANDARD DEVELOPMENT

EXTENDING THE P1872-1 TASK FRAME FOR CONCURRENT PLANNING

P1872-1 IMPLEMENTATION SUPPORT

PROTOZOA CAPTURE USING A MICROFLUIDIC DEVICE

WORKSHOP ON MANY PARTICLE MANIPULATION AND ASSEMBLY IN CONTINUOUS FLOW MICROFLUIDICS

SUPPORT FOR THE MATERIALS ACCELERATOR NETWORK WORKSHOP

BUILDING AN INTEGRATED MGI ACCELERATOR NETWORK: WORKSHOP TO BE HELD JUNE 5-6, 2014 AT GEORGIA INSTITUTE OF TECHNOLOGY, ATLANTA, GEORGIA, USA

PLANNING IUCRC AT GEORGIA INSTITUTE OF TECHNOLOGY: CENTER FOR ENGINEERING AND MANUFACTURING TECHNOLOGIES ADVANCING FOOD SAFETY AND SECURITY (CAFSS)

INTEGRATED ATOMIC SYSTEMS WORKSHOP

WORKSHOP: PERSPECTIVES ON EMPLOYMENT FOR / FROM PERSONS WITH DISABILITIES FEBRUARY 17-21 2011 WASHINGTON DC

LACK OF HISTORICAL DATA IN EARLY DESIGN PHASES OF UNCONVENTIONAL OR REVOLUTIONARY AIRCRAFT CONCEPTS HAS MOTIVATED RESEARCH TO PARAMETRICALLY SIZE THE

NA-22 MODEL-BASED APPROACH FOR THERMAL TARGET SHARPENING

NEAR-FIELD THERMORADIATIVE ENERGY HARVESTING AND ELECTROLUMINESCENT REFRIGERATION

IONIC LIQUID INTERACTIONS WITH FUNCTIONALIZED CARBON NANOTUBES FOR SUPERCAPACITORS

DEVELOPMENT OF A STATEWIDE GEOSPATIAL MATURITY ASSESSMENT MODEL

THE PURPOSE OF THIS MODIFICATION IS TO DE-OBLIGATE EXCESS FUNDS IN THE AMOUNT OF $1,516.92.

MULITPURPOSE ROBOTIC SAMPLING TO OPTIMIZE CROP PRODUCTION

MODEL-BASED APPROACH FOR THERMAL TARGET SHARPENING