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真能跑起来!AI自主设计CPU:成功运行《毁灭战士》_我的网站

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一 |     (ECNS) -- The 6th Asian Herpetological Conference (AHC) and the Editorial Board Meeting of Asian Herpetological Research (AHR) were held from Aug. 22 to 25 in Chengdu, southern China.     The events attracted more than 120 experts and scholars from China, Russia, France, Canada, Italy, Japan and other countries to discuss amphibian and reptile diversity, evolution and conservation.        The conference featured 25 academic presentations on topics ranging from species diversity and climate change to endangered species protection, while promoting scientific cooperation and data sharing among Asian countries.    Experts noted that amphibians and reptiles are key indicators of environmental change but face growing threats from habitat loss, climate change and disease.    Participants also called for greater use of technologies such as genomics and artificial intelligence to strengthen biodiversity conservation.    Delegates visited the specimen collection at the Chengdu Institute of Biology, Chinese Academy of Sciences, which houses about 123,000 specimens.    (By Helen Mo & intern Liu Shuangjing)                    。    8月26日消息,AI开发者Angel近日展示了由GPT-5.6 Sol模型自主设计的一款名为Codex-R32的定制CPU,并成功在虚拟沙盒环境中运行了经典第一人称射击游戏《毁灭战士》。

二 |     该CPU的设计过程完全由GPT-5.6 Sol主导,其内部包含了完整的指令解码器、寄存器堆以及执行单元,为了验证其可行性,开发者将这套处理器放到一款支持电路仿真、图灵完备的虚拟沙盒环境当中进行验证。         软件端使用PureDOOM端口进行编译,输出针对RV32IM指令集的机器码,硬件端则由AI确定的逻辑闸结构直接执行这些底层指令。

三 |     测试视频显示,处理器的逻辑门脉冲与游戏画面同步运行,成功运行《毁灭战士》游戏,证明AI设计出来的架构具备合格的逻辑严密性,可以驱动复杂的程序内核。     但目前的模拟性能尚无法达到流畅运行的标准,Codex-R32在沙盒中的仿真速度远低于现代实体处理器,画面帧率较低。         面对网友提出的能否运行《孤岛危机》的挑战,该AI模型回应称,这需要先设计出一款配套的显卡,并增加数GB的内存容量。    长期以来,CPU设计一直被认为是人类智力的巅峰领域,涉及数以亿计的逻辑门优化,虽然Codex-R32目前仅是基于RV32IM的精简版架构,但它证明了AI有能力处理复杂的时序逻辑与数据通路设计。

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