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Title |
Endless Generative (End-Gen) Waveforms Tender Notice International Competitive Bidding
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Country | |
Language | English |
Organization | |
Published Date | 25.05.2024 |
Deadline Date | 28.06.2024 |
Overview | Endless Generative (End-Gen) Waveforms Description The Intelligence Advanced Research Projects Activity (IARPA) seeks information regarding methodologies capable of arbitrary generation of communication waveforms in a wide variety of propagation media. Point-to-point communications are at the heart of innumerable mission spaces spanning a host of different objectives. At present, most communications channels make use of fixed waveforms designed to meet the demands of the “average” propagation media and the available communication equipment. The static nature of these waveforms can be disadvantageous to the stability of the communication channel given spatial-temporal variations in the propagation media. Therefore, communications frameworks that can generate on-demand waveforms are especially attractive when the current time and cost of developing new waveforms (1), to meet fluid mission needs, is prohibitively high. This RFI seeks methodologies that, when coupled with appropriate communications hardware, show the potential to achieve on-demand waveforms that meet the required human objectives and limitations of the propagation medium. Such an approach could result in endless generative (End-Gen) waveforms that automatically optimize the communications channel without the constraints of human-generated communications protocols. End-Gen nodes, therefore, will contain frameworks which produce generative waveforms that satisfy any generic mission objective function. End-Gen nodes that create End-Gen waveforms are of keen interest as they allow for the rapid deployment of waveforms to match the real-time change in mission needs. Specifically, IARPA is interested in demonstrating three parts of any End-Gen paradigm: 1) the processing framework needed to generate meaningful communications links, 2) the hardware SWaP (size, weight, and power) required to run the framework, and 3) the sensors transducers needed to couple framework outputs to the propagation medium. This RFI is for p... OFFICE OF THE DIRECTOR OF NATIONAL INTELLIGENCE Contracting Office Address : Washington , DC 20511 Primary Point of Contact : Michael Patterson TEI-REX_ProposersDay@iarpa.gov. dni-iarpa-rfi-24-06@iarpa.gov Tender Notice International Competitive Bidding IARPA-RFI-24-06 United States of America GT-101714929 |
NAICS | |
CPVS |
Communications equipment
Office, school and office equipment cleaning services
Research, testing and scientific technical simulator
Sensors
Intelligence, surveillance, target acquisition and reconnaissance
Transducers
Matches
Radio, television, communication, telecommunication and related equipment
Hardware
Designs
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UNSPSC | |
Regions | |
Sectors | URL |
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Title |
---|
Endless Generative (End-Gen) Waveforms Tender Notice International Competitive Bidding
|
Country |
Language |
English |
Organization |
Published Date |
25.05.2024 |
Deadline Date |
28.06.2024 |
Overview |
Endless Generative (End-Gen) Waveforms Description The Intelligence Advanced Research Projects Activity (IARPA) seeks information regarding methodologies capable of arbitrary generation of communication waveforms in a wide variety of propagation media. Point-to-point communications are at the heart of innumerable mission spaces spanning a host of different objectives. At present, most communications channels make use of fixed waveforms designed to meet the demands of the “average” propagation media and the available communication equipment. The static nature of these waveforms can be disadvantageous to the stability of the communication channel given spatial-temporal variations in the propagation media. Therefore, communications frameworks that can generate on-demand waveforms are especially attractive when the current time and cost of developing new waveforms (1), to meet fluid mission needs, is prohibitively high. This RFI seeks methodologies that, when coupled with appropriate communications hardware, show the potential to achieve on-demand waveforms that meet the required human objectives and limitations of the propagation medium. Such an approach could result in endless generative (End-Gen) waveforms that automatically optimize the communications channel without the constraints of human-generated communications protocols. End-Gen nodes, therefore, will contain frameworks which produce generative waveforms that satisfy any generic mission objective function. End-Gen nodes that create End-Gen waveforms are of keen interest as they allow for the rapid deployment of waveforms to match the real-time change in mission needs. Specifically, IARPA is interested in demonstrating three parts of any End-Gen paradigm: 1) the processing framework needed to generate meaningful communications links, 2) the hardware SWaP (size, weight, and power) required to run the framework, and 3) the sensors transducers needed to couple framework outputs to the propagation medium. This RFI is for p... OFFICE OF THE DIRECTOR OF NATIONAL INTELLIGENCE Contracting Office Address : Washington , DC 20511 Primary Point of Contact : Michael Patterson TEI-REX_ProposersDay@iarpa.gov. dni-iarpa-rfi-24-06@iarpa.gov Tender Notice International Competitive Bidding IARPA-RFI-24-06 United States of America GT-101714929 |
NAICS |
Power Hardware Machinery International |
CPVS |
Communications equipment Office, school and office equipment cleaning services Research, testing and scientific technical simulator Sensors Intelligence, surveillance, target acquisition and reconnaissance Transducers Matches Radio, television, communication, telecommunication and related equipment Hardware Designs |
UNSPSC |
Channels Transducers Hardware Equipment cases Matches Fluorine-based medical imaging agents, media, and tracers Tent, for office use |
Regions |
APEC Countries North America Northern America |
Sectors |
Automobiles and Auto Parts Bridges and Tunnels Postal and Courier Services Roads and Highways-Bridge Printing and Publishing Defence and Security Electricity Construction Energy-Power and Electrical Computer Hardwares and Consumables Petroleum Products Marine |
URL |
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