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CSI data between Alice and Bob using Vieena Simulator 5G
- Citation Author(s):
- Submitted by:
- Shafaq Ali Shah Shah
- Last updated:
- Wed, 02/26/2025 - 23:00
- DOI:
- 10.21227/6e31-zj53
- License:
- Categories:
- Keywords:
Abstract
This dataset contains 20,000 packets of wireless channel measurements collected between two simulated devices, Alice and Bob, using the Vienna 5G Link Level Simulator. The dataset captures channel state information (CSI), signal magnitude, and phase variations under four different wireless environments: Indoor Mobile (IME), Indoor Static (ISE), Outdoor Mobile (OME), and Outdoor Static (OSE), with corresponding correlation values of 0.65, 0.82, 0.66, and 0.63, respectively. The data structure consists of complex-valued CSI samples representing real-world wireless conditions, enabling the evaluation of symbol disagreement rate (SDR), bit disagreement rate (BDR), and key error rate (KER) in physical-layer key extraction. This dataset is designed to facilitate research on wireless security, adaptive key extraction, and quantization techniques in dynamic 5G environments, providing valuable insights into the impact of mobility, noise, and channel reciprocity on secure key generation.
Dataset: Wireless Secret Key Extraction Data (Alice & Bob Communication) Overview This dataset contains wireless channel measurements collected between two devices, referred to as Alice and Bob, for the purpose of secret key extraction in dynamic 5G environments. The dataset consists of 20,000 packets, generated using the Vienna 5G Link Level Simulator, simulating real-world wireless communication conditions. Data Collection Process The dataset was collected by simulating communication between Alice and Bob over 5G wireless channels under varying environmental conditions. The measurements include channel state information (CSI), signal magnitude, and phase variations, which are crucial for physical-layer key extraction. Simulation Setup Simulation Tool: Vienna 5G Link Level Simulator Communication Frequency: 3.5 GHz Bandwidth: 20 MHz Transmission Scheme: TDD-OFDM Data Collected: 20,000 packets from Alice and Bob Channel Environments and Correlation Values The correlation between Alice and Bob was evaluated under four different wireless environments: Environment Indoor Mobile Environment (IME) Indoor Static Environment (ISE) Correlation Value 0.65 0.82 Environment Correlation Value Outdoor Mobile Environment (OME) Outdoor Static Environment (OSE) 0.66 0.63 Dataset Structure The dataset is stored in a CSV format, where each row represents a complex-valued CSI sample (magnitude and phase) from Alice and Bob. Example Data Format: Each entry consists of complex numbers in the format Magnitude - Phase(i): 0.903527599999612 - 0.0565692314029881i, 0.942707900420423 - 0.0525605114541727i, 0.975973765666034 - 0.0569077448672718i, 1.00180406200028 - 0.0657121214696031i, 1.02063143482693 - 0.0751102370778639i, 1.03454961572215 - 0.0821576798502475i, 1.04665094530309 - 0.0854672850213901i, 1.06015090732294 - 0.0854605451568252i, 1.0775037002258 - 0.0841792284551428i, 1.09971391807691 - 0.084704541378303i, 1.12600408609929 - 0.0903205695731218i, 1.15391634441162 - 0.103617096704408i, Each row represents CSI measurements at a particular time instance. Alice and Bob’s measurements are stored sequentially, allowing for comparison and evaluation of channel reciprocity, symbol disagreement rate (SDR), bit disagreement rate (BDR), and key error rate (KER). Purpose of the Dataset This dataset is designed to evaluate: Symbol Disagreement Rate (SDR) Bit Disagreement Rate (BDR) Key Error Rate (KER) Key randomness and security performance Impact of mobility and noise on key extraction Usage The dataset is useful for research in: Physical-layer security in 5G networks Machine learning-based key extraction Wireless security and cryptographic applications Evaluation of quantization techniques for key agreement
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