Abstract: A system for remotely verifying physical security keys and a method thereof are provided. The system includes a physical key, a control device, and a controlled platform. The control device is electrically connected to the physical key. The controlled platform is linked to the control device via digital transmission. The control device sends a verification application message to an application service program linked to the controlled platform through the digital transmission; according to the verification application message, the controlled platform responds to the control device via the digital transmission with a challenge value signing procedure to request a signature; according to the challenge value signature procedure, the control device performs a signature procedure on the physical key to complete verification. In this way, the physical key is remotely authenticated by the control device to achieve the purpose of improving information security.

Abstract: Disclosed herein are composite materials and methods of making and use thereof. The composite materials can comprise: a porous periodic nanolattice layer having a first refractive index, and a continuous layer having a second refractive index and being disposed on the porous periodic nanolattice layer; the first refractive index and the second refractive index being different; wherein the porous periodic nanolattice layer comprises a plurality of pores defined by a nanolattice formed of hollow members, the plurality of pores being periodic. Also disclosed herein are methods of making a composite material, the methods comprising: forming a patterned layer; depositing a first material on the patterned layer, thereby forming a coated patterned layer; depositing a buffer material layer on the coated patterned layer, thereby forming a planarized layer; depositing a continuous layer on the planarized layer; and removing the buffer material layer and the patterned layer, thereby forming the composite material.

Abstract: A system for remotely verifying physical security keys and a method thereof are provided. The system includes a physical key, a control device, and a controlled platform. The control device is electrically connected to the physical key. The controlled platform is linked to the control device via digital transmission. The control device sends a verification application message to an application service program linked to the controlled platform through the digital transmission; according to the verification application message, the controlled platform responds to the control device via the digital transmission with a challenge value signing procedure to request a signature; according to the challenge value signature procedure, the control device performs a signature procedure on the physical key to complete verification. In this way, the physical key is remotely authenticated by the control device to achieve the purpose of improving information security.

Abstract: A system for remotely verifying physical security keys and a method thereof are provided. The system includes a physical key, a control device, and a controlled platform. The control device is electrically connected to the physical key. The controlled platform is linked to the control device via digital transmission. The control device sends a verification application message to an application service program linked to the controlled platform through the digital transmission; according to the verification application message, the controlled platform responds to the control device via the digital transmission with a challenge value signing procedure to request a signature; according to the challenge value signature procedure, the control device performs a signature procedure on the physical key to complete verification. In this way, the physical key is remotely authenticated by the control device to achieve the purpose of improving information security.

Abstract: A security management system includes a controlled device to execute a security management method. The controlled device includes a wireless module and a processing module. The processing module communicates with a main controlling device through the wireless module for pairing. When the main controlling device is successfully paired to the controlled device, the processing module executes a security mode. In the security mode, a user directly operates the controlled device. When the controlled device is not successfully paired to the main controlling device, the controlled device cannot execute the security mode, and the controlled device cannot be operated. Therefore, the user only needs to ensure that the main controlling device is nearby; even if the user is at a position distanced from the controlled device, the controlled device may not be operated by others.

Abstract: A security management system includes a controlled device to execute a security management method. The controlled device includes a wireless module and a processing module. The processing module communicates with a main controlling device through the wireless module for pairing. When the main controlling device is successfully paired to the controlled device, the processing module executes a security mode. In the security mode, a user directly operates the controlled device. When the controlled device is not successfully paired to the main controlling device, the controlled device cannot execute the security mode, and the controlled device cannot be operated. Therefore, the user only needs to ensure that the main controlling device is nearby; even if the user is at a position distanced from the controlled device, the controlled device may not be operated by others.

Abstract: An avatar-based charting method for assisted diagnosis to improve the efficiency of medical practice. Through an anthropomorphic symptom record interface, the first page is the Genetic-Psycho-Social-Bio (GPSB) which assists in understanding the genetic, psychological, social-environmental, and biological characteristics of patients. A Subjective-Objective-Assessment-Plan (SOAP) diagnosis page aids in doctor diagnosis. A decision support diagnostic summary interface automatically generates the diagnosis summary and notifies of any unusual circumstances. Finally, a medical records module saves all information into a medical database in order to provide health care for subsequent tracking and evaluation.

Abstract: An electronic element supporting base and an electronic device applying the same are provided. The electronic element supporting base comprises a fixing portion and a carrying part. The fixing portion is suitable for being fixed to a frame of the electronic device as a fulcrum for the electronic element supporting base. The carrying part is suitable for carrying a plurality of electronic elements, wherein a gap exists between the carrying part and the frame, and a gap exists between the carrying part and the circuit board. When the electronic device receives an impact, the suspended design of the electronic element supporting base allows the carrying part to oscillate through the gaps, and the electronic element supporting base will not be squeezed, which prevents the electronic elements on the electronic element supporting base from being shifted.

Abstract: An avatar-based charting method for assisted diagnosis to improve the efficiency of medical practice. Through an anthropomorphic symptom record interface, the first page is the Genetic-Psycho-Social-Bio (GPSB) which assists in understanding the genetic, psychological, social-environmental, and biological characteristics of patients. A Subjective-Objective-Assessment-Plan (SOAP) diagnosis page aids in doctor diagnosis. A decision support diagnostic summary interface automatically generates the diagnosis summary and notifies of any unusual circumstances. Finally, a medical records module saves all information into a medical database in order to provide health care for subsequent tracking and evaluation.

Abstract: An electronic element supporting base and an electronic device applying the same are provided. The electronic element supporting base comprises a fixing portion and a carrying part. The fixing portion is suitable for being fixed to a frame of the electronic device as a fulcrum for the electronic element supporting base. The carrying part is suitable for carrying a plurality of electronic elements, wherein a gap exists between the carrying part and the frame, and a gap exists between the carrying part and the circuit board. When the electronic device receives an impact, the suspended design of the electronic element supporting base allows the carrying part to oscillate through the gaps, and the electronic element supporting base will not be squeezed, which prevents the electronic elements on the electronic element supporting base from being shifted.

Abstract: A method for launching an application installed in an electronic device through address information is performed by an electronic device and has steps of identifying a piece of address information; launching an application associated with address information; and using the piece of address information to perform a function of the associated application. When address information on the electronic device is clicked, the method can directly launch the associated application to perform functions of the application, such as navigation or route planning. Accordingly, address information displayed on the electronic device can be more flexibly and conveniently utilized.

Abstract: A random number generating method includes sending a signal source for outputting a data sequence and randomly retrieving a segment of data having an operation length as a seed; converting the seed into a first operation value, determining whether a difference between the first operation value and a second operation value is larger than a threshold value, and determining whether a total number of times the first operation value has been inputted into the operation value processing step is larger than a predetermined value. The first operation value is reset by a reset algorithm; otherwise the sample selection step is re-performed. The operation values are converted into a random number. A total number of bits of the random number is calculated. The operation value setting step is performed or a latest random number having a length equal to the operation length is set as the seed.

Abstract: An image guided method for installing application software has the steps of using an electronic device to capture an image associated with an application software (App), comparing the captured image with data in an image database, generating installing information of the App based on the comparison result, and displaying the installing information on the electronic device to guide a user to install the App in the electronic device. Therefore, when the user takes the electronic device to capture an image or an icon associated with the App, the user receives the installing information of the App through the image comparison process and installs the App in the electronic device conveniently.

Abstract: A method is provided for securing transmission data between an upload device and a download device. The upload device is configured to generate a first matrix, a second matrix and a re-encryption vector, to encrypt a plaintext data file using the first matrix to obtain a ciphertext data file, to transmit the ciphertext data file and the re-encryption vector to a server, and to transmit the second matrix to the download device. The server is configured to re-encrypt the ciphertext data file using the re-encryption vector to obtain a re-encrypted data file that can be decrypted using the second matrix to obtain a decrypted data file, and to allow the download device to download the re-encrypted data file therefrom.

Abstract: A method is provided for securing transmission data between an upload device and a download device. The upload device is configured to generate a first matrix, a second matrix and a re-encryption vector, to encrypt a plaintext data file using the first matrix to obtain a ciphertext data file, to transmit the ciphertext data file and the re-encryption vector to a server, and to transmit the second matrix to the download device. The server is configured to re-encrypt the ciphertext data file using the re-encryption vector to obtain a re-encrypted data file that can be decrypted using the second matrix to obtain a decrypted data file, and to allow the download device to download the re-encrypted data file therefrom.

Abstract: A random number generating method includes sending a signal source for outputting a data sequence and randomly retrieving a segment of data having an operation length as a seed; converting the seed into a first operation value, determining whether a difference between the first operation value and a second operation value is larger than a threshold value, and determining whether a total number of times the first operation value has been inputted into the operation value processing step is larger than a predetermined value. The first operation value is reset by a reset algorithm; otherwise the sample selection step is re-performed. The operation values are converted into a random number. A total number of bits of the random number is calculated. The operation value setting step is performed or a latest random number having a length equal to the operation length is set as the seed.