Abstract: Some embodiments of the present disclosure relate to an integrated chip including an extended via that spans a combined height of a wire and a via and that has a smaller footprint than the wire. The extended via may replace a wire and an adjoining via at locations where the sizing and the spacing of the wire are reaching lower limits. Because the extended via has a smaller footprint than the wire, replacing the wire and the adjoining via with the extended via relaxes spacing and allows the size of the pixel to be further reduced. The extended via finds application for capacitor arrays used for pixel circuits.

Abstract: A data anonymity method and a data anonymity system are provided. The data anonymity method includes the following steps. A data set comprising a plurality of direct-identifiers, a plurality of quasi-identifiers and a plurality of event logs each of which includes an activity and a timestamp is obtained. A content of each of the direct-identifiers is replaced by a pseudonym. The quasi-identifiers are classified, via a group-by algorithm with k-anonymity, as a plurality of equivalence classes. The activities corresponding to each of the direct-identifiers are linked according to the timestamps to obtain a plurality of event sequences. A similarity hierarchy tree is obtained according to a plurality of edit distances among the event sequences. The event sequences are grouped according to the similarity hierarchy tree with k-anonymity to obtain at least one group. The event sequences which are in the group are generalized.

Abstract: A supporting device is assembled with an accommodating device of an electronic apparatus. The supporting device includes a casing and an engaging module. The engaging module is slidably disposed on the casing to engage with the accommodating device. The engaging module includes an engaging component, a pressing component and a fixing component. The engaging component includes an engaging portion and a sliding slot. The engaging portion is engaged with the accommodating device. The pressing component is disposed on the engaging component in a resiliently deformable manner. The fixing component pierces through the sliding slot to fix the engaging component on the casing.

Abstract: A handle mechanism is to be mounted on a slidable plate and to slide the slidable plate relative to a chassis. The handle mechanism includes a handle and an engagement component. The handle is adapted to be pivotably disposed on the slidable plate so as to have an engaged position and a disengaged position. The engagement component is slidably disposed on the handle and adapted to contact the chassis to slide the slidable plate into the chassis. The engagement component has a contact surface, and the contact surface has an edge located away from an axis of the handle. A distance between the edge of the contact surface of the engagement component and the axis of the handle in the engaged position is smaller than a distance between the edge of the contact surface of the engagement component and the axis of the handle in the disengaged position.

Abstract: A supporting device is assembled with an accommodating device of an electronic apparatus. The supporting device includes a casing and an engaging module. The engaging module is slidably disposed on the casing to engage with the accommodating device. The engaging module includes an engaging component, a pressing component and a fixing component. The engaging component includes an engaging portion and a sliding slot. The engaging portion is engaged with the accommodating device. The pressing component is disposed on the engaging component in a resiliently deformable manner. The fixing component pierces through the sliding slot to fix the engaging component on the casing.

Abstract: A privacy data integration method and a server are provided. The privacy data integration method includes the following steps. A first processing device and a second processing device respectively obtain a first generative model and a second generative model according to a first privacy data and a second privacy data. A server generates a first generative data and a second generative data via the first generative model and the second generative model respectively. The server integrates the first generative data and the second generative data to obtain a synthetic data.

Abstract: A data anonymity method and a data anonymity system are provided. The data anonymity method includes the following steps. A data set comprising a plurality of direct-identifiers, a plurality of quasi-identifiers and a plurality of event logs each of which includes an activity and a timestamp is obtained. A content of each of the direct-identifiers is replaced by a pseudonym. The quasi-identifiers are classified, via a group-by algorithm with k-anonymity, as a plurality of equivalence classes. The activities corresponding to each of the direct-identifiers are linked according to the timestamps to obtain a plurality of event sequences. A similarity hierarchy tree is obtained according to a plurality of edit distances among the event sequences. The event sequences are grouped according to the similarity hierarchy tree with k-anonymity to obtain at least one group. The event sequences which are in the group are generalized.

Abstract: A privacy data integration method and a server are provided. The privacy data integration method includes the following steps. A first processing device and a second processing device respectively obtain a first generative model and a second generative model according to a first privacy data and a second privacy data. A server generates a first generative data and a second generative data via the first generative model and the second generative model respectively. The server integrates the first generative data and the second generative data to obtain a synthetic data.

Abstract: A data de-identification method, a data de-identification apparatus and a non-transitory computer readable storage medium executing the same are provided. Original data including an identification field, a condition field, and a record field is obtained. An event condition is obtained according to the condition field. From the original data, a plurality of event fragment sequences corresponding to each of a plurality of identification data and corresponding to the event condition are obtained according to the plurality of identification data in the identification field and the event condition. Sequence data is obtained according to the plurality of identification data and the plurality of event fragment sequences corresponding to each of the identification data. De-identification data is obtained by adjusting the sequence data.

Abstract: A data de-identification method, a data de-identification apparatus and a non-transitory computer readable storage medium executing the same are provided. Original data including an identification field, a condition field, and a record field is obtained. An event condition is obtained according to the condition field. From the original data, a plurality of event fragment sequences corresponding to each of a plurality of identification data and corresponding to the event condition are obtained according to the plurality of identification data in the identification field and the event condition. Sequence data is obtained according to the plurality of identification data and the plurality of event fragment sequences corresponding to each of the identification data. De-identification data is obtained by adjusting the sequence data.

Abstract: Provided is a method for producing a fabric substrate molded product coated with silicone rubber, wherein the adherence of dust, flashes during molding, and foreign matter is prevented because the obtained cured coating film has surface lubricity, and breaking and cracking do not occur when the fabric substrate is deformed because the obtained cured coating film has elongation.

Abstract: A method for application management is provided. First, an original application is received. A license code is injected into the original application through a repackaging process to generate a repackaged application. Next, the repackaged application is published for a user device to download and install, wherein the user device executes a client program. When the user device executes the repackaged application, the license code sends a license check request to activate the client program to send a license check response according to license information of the repackaged application. The license check response indicates whether the repackaged application is allowed to be further executed. When the license check response indicates that the repackage application is not allowed to be further executed, the license code terminates the repackaged application.

Abstract: A software authorization system has a server end and a user end. A software authorization method includes acquiring a software identification code of a protected software when the user end downloads the protected software from the server end; transmitting the software identification code and an inherent user identification code to the server end; acquiring a first key and main key by the server end according to the user identification code and the software identification code, respectively, so as to generate a second key by operating the main key and the first key and transmit the second key to the user end; restoring the main key by the user end with the second key combined with the first key; and decrypting the protected software by the main key. Therefore, the protected software is hard to be decrypted.

Abstract: A method for application management is provided. First, an original application is received. A license code is injected into the original application through a repackaging process to generate a repackaged application. Next, the repackaged application is published for a user device to download and install, wherein the user device executes a client program. When the user device executes the repackaged application, the license code sends a license check request to activate the client program to send a license check response according to license information of the repackaged application. The license check response indicates whether the repackaged application is allowed to be further executed. When the license check response indicates that the repackage application is not allowed to be further executed, the license code terminates the repackaged application.

Abstract: An interface apparatus and a method of writing an extended display identification data (EDID) are provided. The interface apparatus includes a data processing unit, a memory unit and a switching unit. The memory unit is coupled to a connector corresponding to the memory unit and the data processing unit via the switching unit. When the interface apparatus is being initialized, the data processing unit detects whether or not the EDID stored in the memory unit is correct. If the EDID stored in the memory unit is incorrect, the data processing unit rewrites the EDID to the memory unit.

Abstract: A software authorization system has a server end and a user end. A software authorization method includes acquiring a software identification code of a protected software when the user end downloads the protected software from the server end; transmitting the software identification code and an inherent user identification code to the server end; acquiring a first key and main key by the server end according to the user identification code and the software identification code, respectively, so as to generate a second key by operating the main key and the first key and transmit the second key to the user end; restoring the main key by the user end with the second key combined with the first key; and decrypting the protected software by the main key. Therefore, the protected software is hard to be decrypted.

Abstract: An interface apparatus and a method of writing an extended display identification data (EDID) are provided. The interface apparatus includes a data processing unit, a memory unit and a switching unit. The memory unit is coupled to a connector corresponding to the memory unit and the data processing unit via the switching unit. When the interface apparatus is being initialized, the data processing unit detects whether or not the EDID stored in the memory unit is correct. If the EDID stored in the memory unit is incorrect, the data processing unit rewrites the EDID to the memory unit.