Kamran Keykhosravi
Kamran Keykhosravi is a postdoc in the Communication systems division. He works on optical fiber networks on the basis of information theory. His areas of interest are optics, information theory, quantum information and security systems
Showing 21 publications
Data preprocessing for machine-learning-based adaptive data center transmission
RIS-Enabled Localization Continuity Under Near-Field Conditions
Near-field Localization with a Reconfigurable Intelligent Surface Acting as Lens
Semi-Passive 3D Positioning of Multiple RIS-Enabled Users
SISO RIS-Enabled Joint 3D Downlink Localization and Synchronization
When to Use Optical Amplification in Noncoherent Transmission: An Information-Theoretic Approach
Channel allocation in elastic optical networks using traveling salesman problem algorithms
Overcoming the Switching Bottlenecks in Wavelength-Routing, Multicast-Enabled Architectures
Capacity Analysis and Receiver Design in the Presence of Fiber Nonlinearity
How to Increase the Achievable Information Rate by Per-Channel Dispersion Compensation
Accuracy Assessment of Nondispersive Optical Perturbative Models through Capacity Analysis
Wavelength Reuse for Scalable Multicasting: A Cross-Layer Perspective
Demodulation and Detection Schemes for a Memoryless Optical WDM Channel
A Low-Complexity Near-Optimal Detector for Multispan Zero-Dispersion Fiber-Optic Channels
Multicast scheduling of wavelength-tunable, multiqueue optical data center switches
Scalable Interconnection Scheme for Data Center Multicast Applications
A Tighter Upper Bound on the Capacity of the Nondispersive Optical Fiber Channel
Influence of Fiber Nonlinearity on the Capacity of Optical Channel Models
Optical Circuit Granularity Impact in TCP-Dominant Hybrid Data Center Networks
Multicast Scheduling for Optical Data Center Switches with Tunability Constraints
A Novel Demodulation Scheme for a Memoryless Optical Interference Channel
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Showing 2 research projects
Reconfigurable Intelligent Sustainable Environments for 6G Wireless Networks
Optical Fiber Interference is Not Noise