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Alamouti‑Ordered Sub‑Packet HARQ for MIMO
Method and apparatus for ordering retransmissions in an NxM MIMO system
Technology Overview: A MIMO HARQ method where a transmitter splits a coded stream into N sub-packets for N transmit antennas, while the receiver independently decodes across M receive antennas. Upon a NACK, the transmitter orders the next retransmission using an Alamouti‑based...
Innovator(s) Yeheskel Bar-Ness, Guillem Malagarriga
Keywords(s): Cellular Networks, Communication Networks, Network Optimization, Patent Issued, Wireless Networks
Category(s): Computing, Communications & Photonics
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Virtual MIMO Retransmission with Relays
Apparatus and Method for Collaborate Hybrid Automatic Repeat Request (HARQ) in Broadband Wireless Communication System Using Relay Station
Technology Overview: A collaborative Hybrid ARQ (HARQ) protocol in which a source and relay form a virtual multiple‑antenna group during retransmissions. The transmitter estimates distance to the relay, decides...
Innovator(s) Yeheskel Bar-Ness, Igor Stanojev
Keywords(s): Cellular Networks, Patent Issued, Wireless Communication, Wireless Networks
Category(s): Computing, Communications & Photonics
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Collaborative VM Pooling for SLA & Efficiency
Virtual Machine Resource Utilization in a Data Center
Technology Overview: A resource‑management method that predicts application workloads, computes average service rates per VM pool, then forms collaborative sets of VMs drawn across pools to meet service‑level requirements—distributing incoming requests among selected VMs to raise utilization...
Innovator(s) Nirwan Ansari, Xiang Sun
Keywords(s): Data Center, Global Resource Management, Minimum Resource Provisioning, Patent Issued, Resource Utilization
Category(s): Computing, Communications & Photonics
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Non‑Volatile Memory Coding for Rewrite Without Erase
Asymmetric Error Correction & Flash‑Memory Rewriting Using Polar Codes
Technology Overview: This technology develops non‑linear polar‑code schemes for asymmetric channels and informed‑encoder settings typical of flash memory, enabling error correction combined with constrained rewriting that can avoid costly block erasures. The constructions achieve...
Innovator(s) Joerg Kliewer, Eyal En Gad, Yue Li, Michael Langberg, Jehoshua Bruck, Anxio Jiang
Keywords(s): Computer Storage, Internet of Things (IoT), Network Communication, Patent Issued
Category(s): Computing, Communications & Photonics
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AI‑Driven Network Optimization Using Predictive Location Intelligence
Artificial Intelligence Automation to Improve Network Quality Based on Predicted Locations
Technology Overview: This technology applies artificial intelligence to predict user locations and proactively optimize network resources. By anticipating movement patterns and connectivity demand, the system dynamically adjusts network parameters to improve...
Innovator(s) Cristian Borcea, Yi Chen, Xiaopeng Jiang, Shuai Zhao, Manoop Talasila, Anwar Aftab, Wen-Ling Hsu, Guy Jacobson, Rittwik Jana
Keywords(s): AI Driven, Infrastructure Monitoring, Location Prediction, Network Optimization, Wi-Fi Network, Wireless Networks
Category(s): Computing, Communications & Photonics
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Dynamic Route Optimization Engine for Real‑Time Traffic‑Aware Navigation
Methods for Computing Fastest Route on Road Networks with Dynamic Traffic Information
Technology Overview: This technology delivers real‑time route computation algorithms that dynamically adapt to changing traffic conditions. By continuously incorporating live and predicted traffic data, the system computes optimal routes with lower latency and improved...
Innovator(s) Craig Gotsman, Renjie Chen
Keywords(s): Logistics/Fleet Management, Navigation Platforms, Patent Issued, Route Computation, Smart Mobility Platform
Category(s): Computing, Communications & Photonics
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Embedded Structural Health Monitoring System for Real‑Time Infrastructure Diagnostics
Structural Health Monitoring System and Associated Methods
Technology Overview: This technology provides an embedded structural health monitoring (SHM) system designed to continuously assess the integrity and condition of critical infrastructure. By integrating distributed sensing and intelligent data processing, the system detects structural changes...
Innovator(s) Sotirios Ziavras, William Contreras
Keywords(s): Infrastructure Monitoring, Patent Issued, Sensor Network, Sensors, Structural Defect, Structural Health Monitoring
Category(s): Computing, Communications & Photonics
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Binary Colloidal Quantum Dot Platform for Tunable Optoelectronic Devices
Technology Overview: This technology introduces a binary colloidal quantum dot (QD) platform that enables tunable optical and electronic properties through controlled composition of distinct quantum dot species. The technology supports precise bandgap engineering and improved charge transport, making it suitable for advanced optoelectronic applications...
Innovator(s) Dong-Kyun Ko, Shihab Bin Hafiz, Mohammad Mostafa Al Mahfuz
Keywords(s): Display Technologies, Nanomaterials, Optoelectronic Manufacturing, Patent Pending, Photodetectors, Quantum Dot Solar Cells, Tunable Optical / Electrical
Category(s): Computing, Communications & Photonics
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Single‑Crystal Colloidal Photonics for Infrared Bragg Diffraction
Method and Apparatus for Fabrication of Large Three‑Dimensional Single Colloidal Crystals for Bragg Diffraction of Infrared Light
Technology Overview: This technology enables large‑area, three‑dimensional single colloidal crystals with high structural order for infrared (IR) Bragg diffraction. The method overcomes domain boundaries and defects common...
Innovator(s) Boris Khusid, Qian Lei, Paul Chaikin, Andrew Hollingsworth, William V. Meyer, Mary Murphy
Keywords(s): Advanced Materials, Bragg Diffraction, Infrared (IR), Optical Filtering, Optical sensing and sensors, Patent Issued, Photonic Components
Category(s): Computing, Communications & Photonics
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Fiber‑Optic Sensing Platform for Detection of Pipeline Defects
Systems and Methods of Detecting Pipe Defects
Technology Overview: This technology uses fiber‑optic sensing and signal analysis to detect defects such as corrosion, cracks, or deformation in pipes. By exploiting changes in optical signals along distributed fibers, the system enables continuous, non‑destructive monitoring over long distances. It is...
Innovator(s) Louis Rizzo, John Federici, Ian Gatley, Samuel Gatley, Joseph Mallia
Keywords(s): Fiber Optic Monitoring, Infrastructure Monitoring, Patent Issued, Pipelines, Signal Analysis, Water Treatment
Category(s): Computing, Communications & Photonics
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