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SLS Box 1&2 Calibration Results

SLS Box 1&2 Calibration Results. Authors:. Date: 2014-09-16. Provide SLS calibration result for Box 1&2 tests in 4 scenarios. Help verify the test results of other calibrating companies. Prepare for further calibration tests. Abstract. Background

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SLS Box 1&2 Calibration Results

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  1. SLS Box 1&2 Calibration Results Authors: Date:2014-09-16 Russell Huang et al. (MediaTek)

  2. Provide SLS calibration result for Box 1&2 tests in 4 scenarios. Help verify the test results of other calibrating companies. Prepare for further calibration tests. Abstract Russell Huang et al. (MediaTek)

  3. Background • Evaluation methodology has been defined in [4]. • 4 test scenarios have been specified in [3]. Some modifications of calibration setting had been proposed in [2]. • 4 companies provided box1 & 2 calibration results in July meeting [1]. • Some companies provide further results [5]. • PHY abstraction calibrated already. • Simulation tool: NS3 (with Channel D and Umi channel generated by Matlab) • Our results: • Following documents [3], [2] and [4]. • Box 1 & 2 calibration results presented in this document. • Curves compared with the ones from [1] are available. • Some curves are not smooth enough due to short of running time. Overview Russell Huang et al. (MediaTek)

  4. Box 1 • T1: Interference-free • T2: DL only • T3: UL only • T4: 50%UL + 50%DL, outputting SINR for UL and DL • T5: all active, outputting SINR for UL and DL • Box2 • T1: Interference-free, outputting Per Tone SNR and Effective SNR • T2: DL only, outputting Per Tone SINR and Effective SINR • T3: CCA on, selecting Tx according to specified algorithm, outputting Per Tone SINR and Effective SINR for UL and DL. Test Cases Run Russell Huang et al. (MediaTek)

  5. Box 1 Apartment Scenario Russell Huang et al. (MediaTek)

  6. Box 1 Enterprise Scenario Russell Huang et al. (MediaTek)

  7. Box 1 Indoor Scenario Russell Huang et al. (MediaTek)

  8. Box 1 Outdoor Scenario Russell Huang et al. (MediaTek)

  9. Box 2 Apartment Scenario Russell Huang et al. (MediaTek)

  10. Box 2 Enterprise Scenario Russell Huang et al. (MediaTek)

  11. Box 2 Indoor Scenario Russell Huang et al. (MediaTek)

  12. Box 2 Outdoor Scenario Russell Huang et al. (MediaTek)

  13. Three 80MHz 5G channels are used for residential scenario (SS1). Four 80MHz 5G channels are used for Enterprise scenarios (SS2). A minimum 10m distance from APs for STA dropping is applied for outdoor scenario (SS4). STA num, SS1: 10 per apartment, SS2: 4 per cubicle, SS3: 30 per BSS, SS4: 50 per BSS Association is assumed to be static. CCA level in Box 2 Test 3 is -70. STAs are dropped within the big hexagon that covers all the cells in SS3 and SS4. 1000+ entries can give you smooth curves. Some Notes on Calibration Russell Huang et al. (MediaTek)

  14. All curves of box1 and box2 are present. Our curve are either coincide with the result in [1] or sitting in between the curves in [1] Summary Russell Huang et al. (MediaTek)

  15. [1]. Doc. IEEE 802.11-14/0800r17 11ax Box1&2 calibration result • [2]. Doc. IEEE 802.11-14/0621r3 / Doc. IEEE 802.11-14/0980r2 ax Simulation scenarios • [3]. Doc. IEEE 802.11-14/0799r2 Modifications to simulation scenarios • [4]. Doc. IEEE 802.11-14/0571r3 11ax evaluation methodology • [5]. Doc. IEEE 802.11-14/0871r1 Further calibration results toward integrated SLS Reference Russell Huang et al. (MediaTek)

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