经过一年建立其所需要的基础软件功能来开发最先进的优化器,ZMT非常荣幸的宣布前一版本的扫描功能发布了!快来体验吧!我们还根据用户的需求增加新的重要功能,像是自适应的子网格化(sub-gridding)和特殊工具来用于自动化的植入物分析,以及设计和分析5G和其他无线传输器。与我们的研究伙伴共同开发电化学/生物电疗法,其中一些也包含在这次的新版本发布。
Sim4Life V3.2不只包含许多新颖的功能和优化还有错误修正,使你们的仿真可以更有效率。我们仍然是非常欢迎你们的反馈。
新型的参数和扫描引擎 – 最佳的优化器
EM FDTD – 自适应子网格化(Adaptive subgridding)
可计算假体之创新
最新,强大的5G仿真工具栏
神经动力仿真之创新
新核磁植入物安全性工具
MUSAIK V2.0 最终版
FRAMEWORK & HPC
可计算之假体
验证
包含更完整的改进,修复和新功能的列表列表.
如果您有兴趣体验Sim4Life 的功能或需要更多信息,请发送电子邮件至 s4l-sales@zmt.swiss 或致电 +41 44 245 9765.
可以下载Sim4Life安装程序,.安装于Win7 / Win8 / 8.1 / Win10 64位平台。 对于具有最新年度维护和支持计划的现有客户,当然将单独提供有关软件安装程序下载和更新许可证的所有相关信息。
ZMT,我们致力于为我们的客户提供最具创新性的软件解决方案,测试设备和支持。
The Sim4Life Team
Novel Parameter Sweep engine in Sim4Life V3.2: Fully automated multi-parameter sweep and analysis of an industrial CAD phone-OTA configuration (1000s of CAD parts).
Novel, unique Adaptive Subgridding (w/ Acceleware) in V3.2: Fully automatic CAD/mesh structure-aware subgrid placement allows for resource savings (simulation time, memory) of orders of magnitude (subgridded [blue] integrated antenna in fitness tracker mounted on ViP computable phantom).
Powerful new 5G simulation toolbox in V3.2: Design, optimization and analysis of a quasi-Yagi phased array embedded within an MTE structure (placement, phase/amplitude excitation patterns, feeding, compliance).
Spinal cord stimulation fiber recruitment and stimulation selectivity analyses in Sim4Life V3.2: Coupled electromagnetic-neuronal dynamics modeling, featuring for example the new Sweeney axon models, to assess and develop implantable neurostimulator devices and neurostimulation protocols. Setup featuring large numbers of axonal and whole-cell models (e.g., within the ViP V3.1 spinal cord structures) have been used to assess and optimize the selectivity and targeting of specific dermatomal zones and to control neuromotoric responses.
Accelerating comprehensive implant evaluation from weeks to hours: The novel evaluation tool IMANALYTICS greatly empowers demonstrating MRI safety of implants.
ViP 'Ella' V3.1 morphed from a BMI of 21.6 (left) to a BMI of 28 (right): Recent advances in morphing and posing extend the ViP parameterization to different body shapes/sizes/BMI, thus increasing population coverage and allowing studies of the relationship between body shape/size and field distributions/dosimetry (IT'IS).
New MUSAIK-S: Smoothly integrated in Sim4Life V3.2, with enhanced features, seamless data communication, and a completely redesigned GUI using the latest d3.js technologies.