Taiwan Semiconductor Manufacturing Comp. Ltd.

Volvo Car Corporation

Figure Eight Technologies, Inc.

Feng Zhu

Mu-Jen Huang

Zhi Zhong Hu

Lin Sun

Weiyang Jiang

Baojun Xie

Brian William Hicks

Tingting Lu

Michael Ronald Lapinskas

Jiaohong Shi

Mengjie Jiang

Zong-liang Cao

Yuheng Cai

Wei Pang

In an embodiment, process for providing a secure remote workspace includes accessing, via a first client application, a remote desktop application. The process includes activating, within the remote desktop, a second client application to provide access to a task. The process includes obtaining user input in connection with executing the task, and transmitting user input information associated with the execution of the task to a server.

Secure remote workspace

A positioning system including an autonomous driving car used as a dynamic reference station to provide data required for Real-Time Kinematic (RTK) position correction; and a network server for receiving the data from the autonomous driving car to provide RTK position correction data to an end user. Further, a positioning method realized by this system is provided. This positioning system and methods are capable of considerably expanding the service range and significantly reducing the cost by utilizing an autonomous driving (AD) car for providing the data required for position correction.

Positioning system and method

In some embodiments, in a method, for each array of at least a first array, a layout of the first array which comprises a plurality of cells, and a plurality of first circuit paths running across at least one side length in an array size configuration of the first array is received. Each of the plurality of cells is configured with a first node that is coupled to a respective one of the plurality of first circuit paths. A first representative characteristic associated with the plurality of first circuit paths is extracted. A universal cell model applied to each cell in a second array is generated based on a base cell model comprising parameters independent of positions in the second array, and the first representative characteristic.

Universal cell model for array and circuit simulation using the same

One or more systems and techniques for modeling are provided. An original device model, such as a SPICE model, is used as a basis for fabricating a semiconductor arrangement, such as an integrated circuit arrangement, upon a semiconductor wafer. Fabrication process variations cause measured e-parameters and measured size e-parameters of the semiconductor arrangement to vary from original design parameters of the original device model. Accordingly, a partial set of e-parameters and a partial set of size e-parameters are measured from the semiconductor arrangement, and are expanded into a full set of e-parameters and a full set of size e-parameters using e-parameter derivation and size-centric derivation. The original device model is retargeted using the full set of e-parameters and the full set of size e-parameters to create a new device model that more accurately represents the real-world or fabricated semiconductor arrangement.

Parameter modeling for semiconductor arrangements

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Shanghai, China

Feng Zhu