Schoppe, Zimmermann, Stöckeler

Embodiments provide a first network node for a wireless ad-hoc network, wherein the network node is configured to receive from a second network node of the wireless ad-hoc network one or more chunks of a data package via a first point-to-point connection, wherein the one or more chunks comprise a target address information describing a target address of the data package, wherein the network node is configured to select using a routing information, based on the target address information, a third network node of the wireless ad-hoc network, wherein the network node is configured to transmit the one or more chunks or a further processed version thereof to the third network node via a second point-to-point connection.

A method of processing one or more blocks of a picture is described. The method includes predicting one or more chroma samples of a block of the picture using one or more luma samples of the block and one or more cross-component processes. One or more or all of the luma samples are clipped prior to being used in the one or more cross-component processes.

A system (1) for inspecting a wafer (90) having a coating layer is provided. The system (1) includes a main body (11), an optical sensor module (13) and a processing module (14). The main body (11) defines an inspection space (110) where the wafer (90) is to be disposed. The optical sensor module (13) is mounted on the main body (11) and is configured to inspect the wafer (90) so as to obtain a sensing dataset of the wafer (90). The processing module (14) is electrically connected to the optical sensor module (13) and is configured to determine a quality of the coating layer of the wafer (90) based on the sensing dataset.

A method of processing one or more blocks of a picture is described. The method includes context mode level coding at least a part of one or more or all coefficients in a block in accordance with a context budget. The context mode level coding is continued when the context budget is exhausted.

A method of processing one or more blocks of a picture is disclosed. The method includes obtaining a dominant angle for at least a part of a Spatial Geometric Partitioning Mode (SGPM) block.

A method of evaluating application installation suitability based on a vehicle security profile according to one embodiment of the present invention may include downloading application software to be installed in a vehicle, comparing the minimum security requirements of the application software with a vehicle security specification profile and evaluating installation suitability of the application software, and installing the application software in the vehicle when the installation suitability of the application software is approved.

A thermomechanical analysis apparatus with improved measurement accuracy is proposed. The thermomechanical analysis apparatus (1) includes a sample stage (15) where a sample (S) is placed, a sample tube (11) where the sample stage is placed, the sample tube being fixed to a measurement system, a probe (10) extending in an axial direction (L), one end of the probe (10) coming in direct or indirect contact with the sample (S) to apply a load to the sample (S) and a furnace (12a, 12b) configured to heat the sample, wherein a contact surface of the sample stage with the sample is provided with unevenness.

A thermomechanical analysis apparatus with improved measurement accuracy when a sample stage is used is provided. The thermomechanical analysis apparatus (1) includes a sample stage (15) where a sample (S) is placed, a sample tube (11) where the sample stage is placed, the sample tube (11) being fixed to a measurement system, a probe (10) extending in an axial direction (L), one end of the probe coming in direct or indirect contact with the sample (S) to apply a load to the sample, and a furnace (12a, 12b) configured to heat the sample, wherein the sample stage and the sample tube respectively include engaging portions (11s, 15E) that engage with each other to position the sample stage.

The invention relates to a direct lighting (200) with a light guide (210) for a vehicle room, including: a light source; a light guide (210) transferring light from the light source; a housing (220) accommodating the light guide (210) therein and mounted on a vehicle internal structure (100); and a slit (110) formed in the vehicle internal structure (100), and the light guide (210) may have at least some portion inserted into the slit (110) and exposed to a front surface of the vehicle internal structure (100), and the exposed portion may be formed to directly emit light from the light source. Therefore, there is an effect of saving the manufacturing cost as the quantity of parts are reduced by integrally designing the lens and the light guide (210).

A method of tracking a command and control (C&C) server, which is performed by an apparatus for monitoring a process activity and a registry change of a host personal computer (PC), may comprise: storing a virtual private network (VPN) communication internet protocol (IP) when malware within the host PC attempts a VPN connection to an external server; monitoring or storing transmitted and received data between the host PC and the external server; analyzing the transmitted and received data; and registering the VPN communication IP on a blacklist when a suspicious activity is present in a result of the analysis of the transmitted and received data.