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@@ -252,10 +252,10 @@ page_dev_env_desc2_title=Model Management and Sharing |
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page_dev_env_desc2_desc=Associate the model with the code version, you can adjust the model in different ways based on the historical version of the code and save the results. The trained model can be open and shared, so that more people can use the model to test and give feedback. |
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page_dev_env_desc2_desc=Associate the model with the code version, you can adjust the model in different ways based on the historical version of the code and save the results. The trained model can be open and shared, so that more people can use the model to test and give feedback. |
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page_dev_env_desc3_title=Once Configuration, Multiple Reuse |
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page_dev_env_desc3_title=Once Configuration, Multiple Reuse |
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page_dev_env_desc3_desc=Provide execution environment sharing, Once Configuration, Multiple Reuse. Lower the threshold of model development, and avoid spending repetitive time configuring complex environments. |
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page_dev_env_desc3_desc=Provide execution environment sharing, Once Configuration, Multiple Reuse. Lower the threshold of model development, and avoid spending repetitive time configuring complex environments. |
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page_dev_yunlao=PengCheng Cloudbrain Open Source Collaboration |
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page_dev_yunlao_desc1=The platform has been connected with Pengcheng Cloudbrain and can use the rich computing resources of Pengcheng Cloudbrain to complete AI development tasks. |
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page_dev_yunlao_desc2=Pengcheng Cloudbrain's existing AI computing power is 100p FLOPS@FP16 (billions of half precision floating-point calculations per second), the main hardware infrastructure is composed of GPU server equipped with NVIDIA Tesla V100 and Atlas 900 AI cluster equipped with Kunpeng and Ascend processors. |
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page_dev_yunlao_desc3=Developers can freely choose the corresponding computing resources according to their needs, and can test the adaptability, performance, stability of the model in different hardware environments. |
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page_dev_yunlao=OpenI AI Collaboration Platform |
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page_dev_yunlao_desc1=OpenI AI collaboration platform has been connected with Pengcheng CloudBrain and China computing network (c2net) in phase I, and can use the rich computing resources of Pengcheng CloudBrain and China computing network to complete AI development tasks. |
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page_dev_yunlao_desc2=Pengcheng CloudBrain's existing AI computing power is 100p FLOPS@FP16 (billions of half precision floating-point calculations per second), the main hardware infrastructure is composed of GPU servers equipped with NVIDIA Tesla V100 and A100, and Atlas 900 AI clusters equipped with Kunpeng and shengteng processors; China computing network (c2net) phase I can realize the high-speed network interconnection between different AI computing centers, realize the reasonable scheduling of computing power and the flexible allocation of resources. At present, it has been connected to 11 intelligent computing centers, with a total scale of 1924p. |
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page_dev_yunlao_desc3=OpenI AI collaboration platform has been connected to Pengcheng Cloud Computing Institute, Chengdu Intelligent Computing Center, Zhongyuan Intelligent Computing Center, Hefei brain and other nodes. Developers can freely choose the corresponding computing resources according to their use needs, and can test the adaptability, performance, stability, etc. of the model in different hardware environments. |
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page_dev_yunlao_desc4=If your model requires more computing resources, you can also apply for it separately. |
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page_dev_yunlao_desc4=If your model requires more computing resources, you can also apply for it separately. |
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page_dev_yunlao_apply=Apply Separately |
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page_dev_yunlao_apply=Apply Separately |
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