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Culture","lang",{"id":564,"unique_code":565,"title":566,"icon":8,"intro":567,"cate":483,"detail":568,"create_time":569,"update_time":570,"price":571,"view_count":525,"download_count":572,"unit":572,"amount":573,"is_create_order":572,"enterprise_id":488,"seo_keywords":574,"seo_description":575,"data_format":576,"file_size":577,"apply_scene":578,"training_task":579,"version":580,"dataset_type_id":492,"dataset_scene_id":553,"sample_file":581,"banner":8,"unit_name":8,"cate_name":449,"icon_url":8,"banner_url":8,"sample_file_url":8,"data_dict":582,"qa_list":613,"sample_metadatas":630,"text_sample_content":664,"enterprise_name":665,"enterprise_logo":666,"data_distribution":667},1322,"87beaf3c3ad00621e6555bc7d9d50187","5G SA QoS Flow and Policy Reasoning Dataset","Train models to interpret 5G SA QoS constraints, detect policy conflicts, and derive appropriate handling decisions from scenario-based QA.","\u003Cp>JSONThis question-answer dataset presents 5G Standalone scenarios involving QoS flows, PDU session parameters, policy rules, traffic requirements, and related conditions, alongside answers and reasoning explanations. It focuses on how rule constraints relate to expected handling, supporting consistency assessment, policy conflict detection, and reasoned conclusions. Typical uses include reasoning SFT for 5G core networks, policy validation, and network operations support.\u003C\u002Fp>","2026-10-17 17:59:39","2026-10-19 17:44:35","0.00",0,5000,"5G SA dataset,QoS flow reasoning,PDU session policy,5G core network,policy consistency checking,telecom QA,reasoning SFT,network rule analysis","5G SA QoS flow and policy QA data covering PDU sessions, traffic requirements, and rule constraints for reasoning SFT and policy conflict detection.","JSON","0.4GB","5G standalone network management, QoS policy optimization, network service quality assurance","constraint-based reasoning, policy conflict detection, QoS decision reasoning","V1.0","rivo\u002Fsample-packages\u002F11eebdb9-69c0-4296-b47d-b07bcc670970\u002F20261017.zip",[583,588,593,598,603,608],{"id":572,"name":584,"field":585,"intro":586,"type":587},"File Name","file_name","File name","string",{"id":589,"name":590,"field":591,"intro":592,"type":587},9756,"Answer Text","answer_text","The derived answer to the question, stating the appropriate conclusion or expected handling.",{"id":594,"name":595,"field":596,"intro":597,"type":587},9757,"Question Text","question_text","The original question asking for analysis or a conclusion based on the scenario conditions.",{"id":599,"name":600,"field":601,"intro":602,"type":587},9758,"Scenario Text","scenario_text","The original text describing relevant QoS flows, PDU session parameters, policy rules, traffic requirements, and other conditions.",{"id":604,"name":605,"field":606,"intro":607,"type":587},9759,"Reasoning Text","reasoning_text","The derived explanation connecting traffic requirements, QoS flow properties, session context, and policy constraints to the answer.",{"id":609,"name":610,"field":611,"intro":612,"type":587},9760,"Policy Consistency","policy_consistency","The derived assessment of whether the stated conditions are consistent, conflicting, or insufficient to determine an outcome.",[614,618,622,626],{"id":615,"question":616,"answer":617},6741,"What does the dataset contain?","Samples describe 5G SA scenarios involving QoS flows, PDU session parameters, policy rules, traffic requirements, and other conditions. Each record provides a question, a derived answer, a reasoning explanation, and an assessment of policy consistency.",{"id":619,"question":620,"answer":621},6742,"Which capabilities can it support?","The data can support training models to analyze relationships between QoS requirements and policy constraints, assess whether conditions are consistent, identify rule conflicts, and infer expected handling from a scenario.",{"id":623,"question":624,"answer":625},6743,"What is the data structure?","The dataset is organized as question-answer text with fields for scenario text, question, answer, reasoning, and policy consistency assessment. It can be used to build reasoning SFT examples or related evaluations. Refer to the product listing for exact size, formats, and quality specifications.",{"id":627,"question":628,"answer":629},6744,"How can I obtain the data and check its license?","Use the access channel provided on the product page or platform, and review the applicable license, authorization scope, and delivery terms before use. For commercial training, publication, or redistribution, confirm that the relevant permissions are covered by the license.",[631,644,654],{"id":632,"relate_table":633,"relate_id":634,"file_size":572,"file_name":635,"path":8,"duration":572,"cate":483,"file_format":636,"audio_rate":8,"audio_channel":522,"audio_bit_depth":522,"quality":8,"annotation":637,"cate_name":638,"answer_text":639,"question_text":640,"scenario_text":641,"reasoning_text":642,"policy_consistency":643},15365,"union_cubo",1155407869,"样例_3.json","json","{\"answer_text\": \"The rate condition is met, but admission cannot be determined until support for 5QI 7 on the serving slice is confirmed.\", \"question_text\": \"Can the new flow be admitted based on the available information?\", \"scenario_text\": \"A UE has a PDU session with a session AMBR of 15 Mbit\u002Fs. Two existing non-GBR flows have a planned aggregate demand of 9 Mbit\u002Fs. A new application requests 4 Mbit\u002Fs and is mapped by its packet filter to non-GBR QoS flow QFI 12 with 5QI 7. The policy allows the new flow only if the serving slice supports 5QI 7 and the total planned non-GBR demand remains within the session AMBR. The slice's supported 5QI list is not included in the available session information.\", \"reasoning_text\": \"The combined planned non-GBR demand would be 13 Mbit\u002Fs (9 Mbit\u002Fs plus 4 Mbit\u002Fs), which is within the 15 Mbit\u002Fs session AMBR. However, the policy also requires the serving slice to support 5QI 7, and the scenario does not provide that information. The rate check alone is therefore insufficient to establish whether admission is allowed.\", \"policy_consistency\": \"insufficient_information\"}","文本","The rate condition is met, but admission cannot be determined until support for 5QI 7 on the serving slice is confirmed.","Can the new flow be admitted based on the available information?","A UE has a PDU session with a session AMBR of 15 Mbit\u002Fs. Two existing non-GBR flows have a planned aggregate demand of 9 Mbit\u002Fs. A new application requests 4 Mbit\u002Fs and is mapped by its packet filter to non-GBR QoS flow QFI 12 with 5QI 7. The policy allows the new flow only if the serving slice supports 5QI 7 and the total planned non-GBR demand remains within the session AMBR. The slice's supported 5QI list is not included in the available session information.","The combined planned non-GBR demand would be 13 Mbit\u002Fs (9 Mbit\u002Fs plus 4 Mbit\u002Fs), which is within the 15 Mbit\u002Fs session AMBR. However, the policy also requires the serving slice to support 5QI 7, and the scenario does not provide that information. The rate check alone is therefore insufficient to establish whether admission is allowed.","insufficient_information",{"id":645,"relate_table":633,"relate_id":646,"file_size":572,"file_name":647,"path":8,"duration":572,"cate":483,"file_format":636,"audio_rate":8,"audio_channel":522,"audio_bit_depth":522,"quality":8,"annotation":648,"cate_name":638,"answer_text":649,"question_text":650,"scenario_text":651,"reasoning_text":652,"policy_consistency":653},15364,1811004560,"样例_2.json","{\"answer_text\": \"No. The flow should not be admitted with these rate parameters. The GBR profile must be corrected so that its MFBR is at least its GFBR before admission.\", \"question_text\": \"Can this flow be admitted as configured, and what is the policy consistency assessment?\", \"scenario_text\": \"A UE has a PDU session for interactive video. QoS flow QFI 9 is configured as GBR with 5QI 2, a GFBR of 6 Mbit\u002Fs, and an MFBR of 4 Mbit\u002Fs. The video application requires a minimum rate of 5 Mbit\u002Fs. The policy admits the flow only when the requested minimum rate is no greater than the GFBR and the configured MFBR is at least the GFBR. The packet filter matches the video traffic and maps it to QFI 9; no alternative flow or rate profile is specified.\", \"reasoning_text\": \"The application's 5 Mbit\u002Fs requirement is below the stated 6 Mbit\u002Fs GFBR, so that check passes. However, the configured 4 Mbit\u002Fs MFBR is below the 6 Mbit\u002Fs GFBR, violating the policy's explicit rate-profile constraint. The matching packet filter and QFI assignment do not resolve that contradiction; the flow parameters must be corrected before the policy can admit it.\", \"policy_consistency\": \"conflict\"}","No. The flow should not be admitted with these rate parameters. The GBR profile must be corrected so that its MFBR is at least its GFBR before admission.","Can this flow be admitted as configured, and what is the policy consistency assessment?","A UE has a PDU session for interactive video. QoS flow QFI 9 is configured as GBR with 5QI 2, a GFBR of 6 Mbit\u002Fs, and an MFBR of 4 Mbit\u002Fs. The video application requires a minimum rate of 5 Mbit\u002Fs. The policy admits the flow only when the requested minimum rate is no greater than the GFBR and the configured MFBR is at least the GFBR. The packet filter matches the video traffic and maps it to QFI 9; no alternative flow or rate profile is specified.","The application's 5 Mbit\u002Fs requirement is below the stated 6 Mbit\u002Fs GFBR, so that check passes. However, the configured 4 Mbit\u002Fs MFBR is below the 6 Mbit\u002Fs GFBR, violating the policy's explicit rate-profile constraint. The matching packet filter and QFI assignment do not resolve that contradiction; the flow parameters must be corrected before the policy can admit it.","conflict",{"id":655,"relate_table":633,"relate_id":656,"file_size":572,"file_name":657,"path":8,"duration":572,"cate":483,"file_format":636,"audio_rate":8,"audio_channel":522,"audio_bit_depth":522,"quality":8,"annotation":658,"cate_name":638,"answer_text":659,"question_text":660,"scenario_text":661,"reasoning_text":662,"policy_consistency":663},15363,59887591,"样例_1.json","{\"answer_text\": \"Yes. The traffic can be admitted on QFI 5 under the stated conditions.\", \"question_text\": \"Should the voice traffic be admitted on QFI 5, and are the stated policy conditions consistent with its requirements?\", \"scenario_text\": \"A UE has an IPv4 PDU session on the voice-service DNN. QoS flow QFI 5 is configured as GBR with 5QI 1, a GFBR of 128 kbit\u002Fs, an MFBR of 256 kbit\u002Fs, and a 100 ms packet delay budget. A policy rule matches the voice packet filter and maps the packets to QFI 5. The call requires 96 kbit\u002Fs and has a one-way packet-delay target of 100 ms. The policy admits the flow only when the required rate does not exceed the GFBR and the configured packet delay budget does not exceed the target. Admission control confirms that the required resources are reserved, and no other rule matches these packets.\", \"reasoning_text\": \"The required 96 kbit\u002Fs is below the flow's 128 kbit\u002Fs GFBR, and the configured 100 ms packet delay budget meets the application's 100 ms target. The matching policy rule assigns the traffic to QFI 5, the session context is specified, and admission control confirms resource availability. No competing rule is stated, so the conditions support the requested handling.\", \"policy_consistency\": \"consistent\"}","Yes. The traffic can be admitted on QFI 5 under the stated conditions.","Should the voice traffic be admitted on QFI 5, and are the stated policy conditions consistent with its requirements?","A UE has an IPv4 PDU session on the voice-service DNN. QoS flow QFI 5 is configured as GBR with 5QI 1, a GFBR of 128 kbit\u002Fs, an MFBR of 256 kbit\u002Fs, and a 100 ms packet delay budget. A policy rule matches the voice packet filter and maps the packets to QFI 5. The call requires 96 kbit\u002Fs and has a one-way packet-delay target of 100 ms. The policy admits the flow only when the required rate does not exceed the GFBR and the configured packet delay budget does not exceed the target. Admission control confirms that the required resources are reserved, and no other rule matches these packets.","The required 96 kbit\u002Fs is below the flow's 128 kbit\u002Fs GFBR, and the configured 100 ms packet delay budget meets the application's 100 ms target. The matching policy rule assigns the traffic to QFI 5, the session context is specified, and admission control confirms resource availability. No competing rule is stated, so the conditions support the requested handling.","consistent","{\"answer_text\":\"The rate condition is met, but admission cannot be determined until support for 5QI 7 on the serving slice is confirmed.\",\"question_text\":\"Can the new flow be admitted based on the available information?\",\"scenario_text\":\"A UE has a PDU session with a session AMBR of 15 Mbit\\\u002Fs. Two existing non-GBR flows have a planned aggregate demand of 9 Mbit\\\u002Fs. A new application requests 4 Mbit\\\u002Fs and is mapped by its packet filter to non-GBR QoS flow QFI 12 with 5QI 7. The policy allows the new flow only if the serving slice supports 5QI 7 and the total planned non-GBR demand remains within the session AMBR. The slice's supported 5QI list is not included in the available session information.\",\"reasoning_text\":\"The combined planned non-GBR demand would be 13 Mbit\\\u002Fs (9 Mbit\\\u002Fs plus 4 Mbit\\\u002Fs), which is within the 15 Mbit\\\u002Fs session AMBR. However, the policy also requires the serving slice to support 5QI 7, and the scenario does not provide that information. The rate check alone is therefore insufficient to establish whether admission is allowed.\",\"policy_consistency\":\"insufficient_information\"}","MOBIUSI INC","https:\u002F\u002Fstatic.mobiusi.com\u002Fmobiwusi\u002F20250829\u002F7bf4ac62b4533e2b809998a6f1c5491e.png?Expires=1792463130&OSSAccessKeyId=LTAI5tH8MQqhgeiAtrzCHrxM&Signature=v6Tr8jBrdm4s5wU1SnnyGsYg%2Bhw%3D&x-oss-process=image%2Fresize%2Cm_fill%2Cw_35%2Ch_35",[668,674],{"type":669,"title":670,"count_data":671},"bar","Length distribution",[672],{"name":673,"value":483},"1k lower",{"type":675,"title":676,"count_data":677},"pie","Language distribution",[678],{"name":679,"value":483},"English"]