Method and test system for testing light-fidelity coverage
AssigneeRohde & Schwarz GmbH & Co. KG
InventorKok Meng Wong
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Abstract
The present disclosure relates to a method of testing light-fidelity (LiFi) coverage. A mobile light-fidelity tester is moved in a test area in which at least one indoor light-fidelity access point is located while performing coverage tests of the at least one indoor light-fidelity access point. Further, a coverage report of the at least one indoor light-fidelity access point is returned. In addition, a test system is described.
Claims17
A method of testing light-fidelity (LiFi) coverage, the method comprising the steps of:
- moving a mobile light-fidelity tester in a test area in which at least one indoor light-fidelity access point is located while performing coverage tests of the at least one indoor light-fidelity access point, wherein an interference is emulated while performing the coverage tests of the at least one indoor light-fidelity access point or wherein the coverage tests performed comprise measurements of Block Error Rate (BLER), signal strength, intensity, a Received Signal Strength Indicator (RSSI), a modulation scheme, an Error Vector Magnitude (EVM) and/or data throughput;
- and
- returning a coverage report of the at least one indoor light-fidelity access point.
A test system for testing light-fidelity (LiFi) coverage, wherein the test system comprises a mobile light-fidelity tester capable of moving in a test area in which at least one indoor light-fidelity access point is located while performing coverage tests of the at least one indoor light-fidelity access point, and at least one processing circuit that is capable of analyzing test results obtained from the coverage tests in order to generate a coverage report of the at least one indoor light-fidelity access point, wherein the mobile light-fidelity tester comprises a receiving photo diode, and wherein the receiving photo diode is surrounded by a dome, and wherein an opacity property of the dome is controllable, thereby enabling a modification of the opacity property of the dome.
A test system for testing light-fidelity (LiFi) coverage, wherein the test system comprises a mobile light-fidelity tester capable of moving in a test area in which at least one indoor light-fidelity access point is located while performing coverage tests of the at least one indoor light-fidelity access point, and at least one processing circuit that is capable of analyzing test results obtained from the coverage tests in order to generate a coverage report of the at least one indoor light-fidelity access point, wherein the mobile light-fidelity tester is an unmanned vehicle that is configured to move autonomously within the test area based on control signals received.
Dependencies are inferred from the claim text.