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The Synchron Stentrode BCI implant senses motor signals from inside the brain’s superior sagittal sinus. [Image courtesy of Synchron]
Synchron Stentrode BCI植入物感知大脑上矢状窦内部的运动信号。[图片由Synchron提供]
Synchron
Synchron公司
announced today that it partnered with
今天宣布与
Nvidia
英维迪亚
to advance its brain-computer interface (BCI) technology.
推进其脑机接口(BCI)技术。
New York-based Synchron built its BCI technology on the Nvidia Holoscan platform. It says the collaboration could redefine the possibilities of real-time neural interaction and intelligent edge processing.
总部位于纽约的Synchron在Nvidia Holoscan平台上构建了其BCI技术。它表示,这项合作可能会重新定义实时神经交互和智能边缘处理的可能性。
Holoscan offers a unified framework that supports diverse AI models and data modalities. It also features an optimized application framework, with seamless sensor I/O integration, GPU-direct data ingestion, accelerated computing and real-time AI.
Holoscan提供了一个支持多种AI模型和数据模式的统一框架。它还具有优化的应用程序框架,具有无缝传感器I/O集成,GPU直接数据接收,加速计算和实时AI。
The collaboration leverages Holoscan to advance a next-generation BCI in two domains. First, Synchron wants to enhance real-time edge AI capabilities for on-device neural processing. This could improve signal processing and multi-AI inference technology, reducing system latency and bolstering privacy.
该合作利用Holoscan在两个领域推进下一代BCI。首先,Synchron希望增强设备上神经处理的实时边缘AI能力。这可以改进信号处理和多AI推理技术,减少系统延迟并增强隐私。
Altogether, it creates a more responsive, intuitive BCI experience..
总而言之,它创造了一种更灵敏,更直观的BCI体验。。
Synchron said the second domain comes in the form of exploring the development of a groundbreaking foundation model for brain inference. By processing its neural data on an unprecedented scale, the company says the initiative could create scalable, interpretable brain-language models. This could potentially transform neuroprosthetics, cognitive expression and seamless interaction with digital devices..
Synchron说,第二个领域是探索大脑推理的开创性基础模型的发展。该公司表示,通过以前所未有的规模处理其神经数据,该计划可以创建可扩展、可解释的大脑语言模型。这可能会改变神经假体,认知表达以及与数字设备的无缝交互。。
“Synchron’s vision is to scale neurotechnology to empower humans to connect to the world, and the NVIDIA Holoscan platform provides the ideal foundation,” said Tom Oxley, M.D., Ph.D., CEO & Founder, Synchron. “Together, we’re setting a new benchmark for what BCIs can achieve.”
Synchron首席执行官兼创始人、医学博士汤姆·奥克斯利(TomOxley)表示:“Synchron的愿景是扩展神经技术,使人类能够与世界联系,而NVIDIA Holoscan平台提供了理想的基础。”。“我们共同为BCIs能够实现的目标设定了一个新的基准。”
More about Synchron and Nvidia
有关Synchron和Nvidia的更多信息
Synchron’s
Synchron的
BCI system is stent-based and uniquely delivered through an endovascular approach
BCI系统是基于支架的,并且通过血管内方法独特地提供
. It taps into blood vessels to capture signals from the brain. It could restore the capability for severely paralyzed patients to control personal devices with hands-free point-and-click. The company could be the leader in a
。它可以进入血管以捕获大脑的信号。它可以恢复严重瘫痪患者通过免提点击控制个人设备的能力。该公司可能成为
growing BCI space with a massive market opportunity
不断扩大的BCI空间带来了巨大的市场机会
.
.
The Synchron BCI offers an alternative to the open-brain surgery method used by BCI rival
Synchron脑机接口为脑机接口对手使用的开放式脑手术方法提供了一种替代方法
Neuralink
Neuralink公司
. Synchron
.Synchron公司
delivers its nitinol Stentrode implant with a catheter
用导管输送镍钛合金支架植入物
via the jugular and through the brain’s transverse sinus to the superior sagittal sinus for placement. The median deployment time in the study was 20 minutes.
通过颈静脉并通过大脑的横窦到上矢状窦进行放置。研究中的中位部署时间为20分钟。
Nvidia, meanwhile, is a leader in AI computing and has worked with a number of medtech companies to incorporate AI into their technologies.
与此同时,Nvidia是人工智能计算领域的领导者,并与多家医疗技术公司合作,将人工智能纳入其技术。
Johnson & Johnson MedTech announced last year
强生医疗科技公司去年宣布
that it plans to accelerate and scale AI for surgery in partnership with Nvidia. GE HealthCare and Nvidia
它计划与Nvidia合作,加速和扩展AI手术。GE HealthCare和Nvidia
partnered to bring AI to ultrasound technology in March 2024 as well
2024年3月合作将人工智能引入超声波技术
.
.
Asensus Surgical linked up with Nvidia in 2023
2023年Asensus Surgical与Nvidia联手
to deliver novel clinical intelligence to surgeons in surgical robotics. Medtronic also partnered with Nvidia
为外科机器人外科医生提供新颖的临床情报。美敦力还与Nvidia合作
to enable an AI Access platform
启用AI访问平台
to boost the GI Genius intelligent endoscopy module’s capabilities.
增强GI Genius智能内窥镜模块的功能。