Revolutionizing OptiSystem 23.0 for UAV, LiDAR, Quantum Communication and Machine Learning скачать в хорошем качестве

Revolutionizing OptiSystem 23.0 for UAV, LiDAR, Quantum Communication and Machine Learning

Join Optiwave Systems Inc. for an introductory webinar of new components and features released in OptiSystem 23.0 version. Ten new components are added to Optisystem software enabling Sensors, LiDAR signal processing, quantum communication, unmanned aerial vehicle (UAV), transceivers, and many more. New algorithms have been added to the Machine Learning Tool facilitating single and multiple parameters training in addition enabling multiple levels eye diagrams allowing another dimension for optical communication systems management. Time Stamps: 0:00 General Introduction and outline 0:59 Company Introduction 5:51 OptiSystem V23 Introduction New Examples: 21:26 Multiple Input & Single Output BERT 21:56 LiDAR Detection Schemes 23:47 FSO and UAV Channels 26:16 Gaussian Transverse Mode Generator New Applications: 29:20 UAV Component Application 39:49 Digital Pre-Emphasis Filter 48:33 Vibration Sensor 50:44 Random Number Generators 51:42 Single & Multiple Parameters and Multilevel Eye Machine Learning 55:50 FSO/UAV Experimental Validation 57:58 Q&A What You’ll Discover: OptiSystem 23.0 New Frontier: – Uncover the new components enabling UAV modeling and wavefront evolution. – Find out the new capabilities of the Machine Learning Tool allowing users to manage optical communications systems. -Discover the support for vibration sensors using the new phi-OTDR component that can be cascaded – Learn how to compensate for the system limitations in the analog or digital domains due to the fiber, ADC/DAC in transceivers using pre-emphasis new component. Why to attend this Webinar: – Witness the characterization of the newly added UAV channel including wavefront monitoring addressing channel weather, temporal and spatial scintillation conditions. – Understand the different methods for signal analysis of LiDAR applications including time of flight, phase shift and frequency modulation continuous wave (FMCW). – Gain insights from the experts in system-level simulation for parameters fluctuation enabling quantum applications and realistic system simulations. – Engage in a live Q&A session with specialist from Optiwave. Who should attend the webinar The webinar is perfect for academic researchers, industry professionals, and anyone involved in advanced photonics and optical communication systems.