Charles Stark Draper Laboratory Inc

TAS::97 X0360 TAS:: 3D MICROELECTRONICS FOR INFORMATION PROTECTION PROJECT

ENGINEERED NANOTRAPS FOR VIRUS ELIMINATION BY OPSONIZATION (ENVELOP)

MICROFLUIDIC OXYGENATOR FOR SIMPLER, SAFER TREATMENT OF ARDS IN PROLONGED FIELD CARE AND IN MANAGEMENT OF LUNG FAILURE FROM CHRONIC LUNG DISEASE

MICROMECHANICAL DEVICE FOR INTRACOCHLEAR DRUG DELIVERY

GROWTH-ADAPTIVE PEDIATRIC HEART VALVES: ADDRESSING A CRITICAL UNMET NEED FOR INFANTS AND YOUNG CHILDREN THAT SAVES LIVES AND REDUCES SURGERIES

ATTO-TESLA ATOMIC MAGNETOMETERS (ATOM)

A HOLISTIC APPROACH TO POST-DETONATION RADIOLOGICAL DEBRIS ANALYSIS

"SENSOR WEB DYNAMIC REPLANNING"

ENGINEERED IN VITRO COCHLEA FOR DRUG DISCOVERY AND REGENERATION STUDIES

DYNAMIC IMAGE ANALYSIS OF HUMAN EMBRYONIC STEM CELLS TO MONITOR PLURIPOTENCY

UNDERSTANDING SHIFTS IN REGIONAL HYDROLOGICAL CYCLES DUE TO CLIMATE CHANGE IS ONE OF THE MOST FUNDAMENTAL, YET POORLY QUANTIFIED, CHALLENGES FACING S

WE PROPOSE TO ENHANCE AND EXTEND THE CAPABILITIES OF DRAPER'S EARTH PHENOMENA OBSERVATION SYSTEM (EPOS), DEVELOPED UNDER PREVIOUS AIST (99, 02 A

MICROMECHANICAL DEVICE FOR INTRACOCHLEAR DRUG DELIVERY

THE DEVELOPMENT OF A CHIP-SCALE NANO-CALORIMETER

DRAPER LABORATORY AND ITS PARTNERS ARE DEVELOPING AN ADVANCED SEISMIC INSTRUMENT WHICH WILL REVOLUTIONIZE OUR UNDERSTANDING OF PLANETARY GEOPHYSICS A

MICROFLUIDIC 3D SCAFFOLD ASSAY FOR CANCER CELL MIGRATION AND INTRAVASATION

IDENTIFYING BIOMARKERS THAT DISTINGUISH POST-TRAUMATIC STRESS DISORDER AND MILD TRAUMATIC BRAIN INJURY USING ADVANCED MAGNETIC RESONANCE SPECTROSCOPY

HTS OF SMALL MOLECULE-PROTEIN INTERACTIONS

THIS TEST CAMPAIGN HAS THE POTENTIAL TO FEED DIRECTLY INTO FUTURE NASA LUNAR EXPLORATION

NANOPARTICLE-BASED OPTICAL COMPONENTS AND COATINGS (NOCC)

NEURAL MONITORING WITH MAGNETICALLY-FOCUSED ELECTRICAL IMPEDANCE TOMOGRAPHY (MF-EIT)

BIOMIMETIC DESIGN AND CONSTRUCTION OF AN ARTIFICIAL LUNG

THE CHARLES STARK DRAPER LABORATORY, INC. SHALL DEVELOP THE CONCEPT OF OPERATIONS, HIGH-LEVEL ARCHITECTURE, AND REQUIREMENTS (CREW/HARDWARE/SOFTWARE)

ANALYSIS OF EXHALED VOLATILES FOR THE DIAGNOSIS

OPTRODE FOR QUANTITATIVE PREDICTION OF NEURAL INTERFACE FAILURE

NIAC PHASE II SEEKS PROPOSALS THAT WILL CONTINUE THE EXPLORATION AND DEVELOPMENT OF REVOLUTIONARY ADVANCED CONCEPTS STARTED THROUGH A NIAC PHASE I AWARD. WHILE THE PHASE I STUDY ESTABLISHES BASIC FEASIBILITY AND CLEAR POTENTIAL BENEFIT THE PHASE II STUDY EXTENDS REFINES AND BUILDS UPON THIS FOUNDATION. PHASE II STUDIES ADDRESS KEY REMAINING UNKNOWNS ASSUMPTIONS RISKS AND PATHS FORWARD. THIS SHOULD EXPLICITLY INCLUDE COST PERFORMANCE VS.ALTERNATIVES DEVELOPMENT STEPS AND ASSOCIATED SCHEDULE AND KEY ENABLING TECHNOLOGIES. THESE RESULTS AIM TO PROVIDE A SOUND BASIS FOR NASA TO CONSIDER THE CONCEPT FOR FURTHER DEVELOPMENT AND A FUTURE MISSION SUBSTANTIATED WITH A DESCRIPTION OF APPLICABLE SCIENTIFIC AND TECHNICAL DISCIPLINES NECESSARY FOR DEVELOPMENT.

THE VARIABLE VECTOR COUNTERMEASURE SUIT (V2SUIT) FOR SPACE HABITATION AND EXPLORATION IS A VISIONARY SYSTEM CONCEPT THAT WILL REVOLUTIONIZE SPACE MIS

DRAPER HAS DEVELOPED A LEADING VISION NAVIGATION SOLUTION THE DRAPER MULTI-ENVIRONMENT NAVIGATOR (DMEN). THE DEVELOPMENT OF DMEN FUNDED BY A NUMBER OF AGENCIES INCLUDING THE U.S. ARMY DARPA AND NASA HAS SHOWN A HIGH DEGREE OF SUCCESS OPERATING IN RELEVANT ENVIRONMENTS INCLUDING GUIDED PRECISION PARACHUTE DELIVERY HIGH-SPEED NEAR-GROUND UAV FLIGHT AND MOCK ISS CAPSULES. DMEN IS CURRENTLY PERFORMING A HIGH-ALTITUDE BALLOON CAMPAIGN FUNDED BY THE FLIGHT OPPORTUNITIES PROGRAM WITH THE STATED GOAL OF PUSHING DMEN AND ITS ASSOCIATED ALGORITHMS AND SOFTWARE FURTHER TOWARDS BECOMING A VIABLE ENTRY DESCENT AND LANDING (EDL) NAVIGATION PLATFORM. UNDER TOPIC 1 OF THE CURRENT SOLICITATION SPECIFICALLY THE SUB-TOPIC DESCENT AND LANDING TECHNOLOGIES THAT INCREASE ACCESS TO THE LUNAR SURFACE INCLUDING THOSE WITH EXTENSIBILITY TO MARS ENTRY DESCENT AND LANDING (EDL) DRAPER PROPOSES TO FOLLOW ON TO THE FIRST DMEN CAMPAIGN BY PROPOSING A SUBORBITAL ROCKET TEST CAMPAIGN BRINGING DMEN TO HIGHER ALTITUDES AND FASTER VELOCITIES THAT ARE MORE REPRESENTATIVE OF LUNAR DESCENT TRAJECTORY. AS DRAPER IS A PRIME CONTRACTOR FOR THE CLPS PROGRAM THIS TEST CAMPAIGN HAS THE POTENTIAL TO FEED DIRECTLY INTO FUTURE NASA LUNAR EXPLORATION.

CHIP BASED NEUROVASCULAR MODEL FOR NEUROPROSTHETICS

HUMAN SPACEFLIGHT OFTEN REQUIRES LONG-TERM ISOLATION OF CREWMEMBERS IN EXTREME ENVIRONMENTS. THESE ENVIRONMENTS INTRODUCE STRESSORS TO BOTH CREWMEMBE

A HIGH-THROUGHPUT FLOW SYSTEM TO PROBE BIOMECHANICS OF PATHOPHYSIOLOGY

FLOW 3D+T IMAGE RECONSTRUCTION ALGORITHMS FOR ENHANCED CEREBRAL ANGIOGRAPHY

A HIGH-THROUGHPUT FLOW SYSTEM TO PROBE BIOMECHANICS OF PATHOPHYSIOLOGY

COLLABORATIVE RESEARCH: IMPEDANCE-ENABLED MICROFLUIDIC RENAL PROXIMAL TUBULE BIOCHIP PLATFORM

DRAPER HAS DEVELOPED A LEADING VISION NAVIGATION SOLUTION THE DRAPER MULTI-ENVIRONMENT NAVIGATOR (DMEN). DMEN CONSISTS OF A SUITE OF SENSORS (CAMERA IMU BAROMETER AND MAGNETOMETER) WITH SENSOR CIRCUITRY A COMPUTER AND A POWERFUL SUITE OF ALGORITHMS TO PROCESS THE SENSOR DATA INTO A NAVIGATION SOLUTION. THE ALGORITHMS INCLUDE MISCHIEF AND SAMWISE (TIGHTLY COUPLED VISUAL-INERTIAL ODOMETRY) AND IBAL AND LOST ROBOT (VISUAL TERRAIN-BASED ABSOLUTE POSITIONING). TRL FOR EDL APPLICATIONS IS 4. WE PROPOSE A CAMPAIGN OF 2 HIGH ALTITUDE BALLOON FLIGHTS TO GATHER VALUABLE DATA IN THE HIGH ALTITUDE DESCENT REGIME TO PUSH DMEN TOWARDS BECOMING A FULL EDL NAVIGATION SOLUTION.

THIN FILM ISOTOPE NUCLEAR ENGINE ROCKET TFINER

IMPROVING DYNAMICAL SYSTEMS PERFORMANCE USING COMPUTATIONAL OPTIMIZATION

THIS AGREEMENT SHALL BE PERFORMED IN ACCORDANCE WITH THE PROPOSAL ENTITLED, 'ONSTAR: IEMI DISRUPTION AND RADAR MODELING' (RECIPIENT'S TECHNICAL PROPO

DEVELOPMENT OF IMPLANTABLE MICROSCALE DRUG RELEASE SYSTEM FOR TREATMENT OF TINNITUS

WE PROPOSE TO BREAK THE TWO-MISSION SPACE EXPLORATION CYCLE (REMOTE SURVEY EVENTUALLY FOLLOWED BY IN SITU SENSING) BY CREATING MISSION ARCHITECTURES

COLLABORATIVE RESEARCH: CUBESAT: A U.S. CUBESAT CONSTELLATION FOR THE QB50 MISSION (QBUS)

EFFECTIVE COUNTERMEASURES TO THE PHYSIOLOGICAL DE-CONDITIONING AND UNIQUE SENSORIMOTOR CHARACTERISTICS ASSOCIATED WITH EXPOSURE TO A WEIGHTLESSNESS E

IGF::OT::IGF COOPERATIVE AGREEMENT 2014 DUAL USE TECHNOLOGY DEVELOPMENT AT MARSHALL SPACE FLIGHT CENTER.

FLOCS, A FOLDED-OPTIC CUBESAT SENSOR FOR LITTORAL OBSERVATIONS