Abstract: A method of detecting a biomolecule, a computing device performing the method, and a biomolecule detection system therefor are provided. The method includes receiving a terahertz signal that passed deionized water or reference material, receiving a terahertz signal that passed a target including a predetermined biomolecule, extracting a digital modulation characteristic for the received terahertz signal that passed the deionized water and the received terahertz signal that passed the target, and detecting the predetermined biomolecule included in the target by analyzing the extracted digital modulation characteristic, wherein the received terahertz signal that passed the deionized water and the received terahertz signal that passed the target are generated using a digitally modulated optical signal based on a transmission speed determined based on kinematics of the predetermined biomolecule.

Abstract: There is provided a method of additive manufacturing using at least one processor, the method includes: determining a first slicing layer of a three-dimensional (3D) model of a 3D object; determining a second slicing layer of the 3D model based on the first slicing layer, the second slicing layer being immediately subsequent to the first slicing layer; and determining a thickness of the second slicing layer and an orientation for a third slicing layer of the 3D model based on a difference between the second slicing layer and the first slicing layer, the third slicing layer being immediately subsequent to the second slicing layer. There is also provided a corresponding system and computer program product for additive manufacturing.

Abstract: There is provided a method of additive manufacturing using at least one processor, the method includes: determining a first slicing layer of a three-dimensional (3D) model of a 3D object; determining a second slicing layer of the 3D model based on the first slicing layer, the second slicing layer being immediately subsequent to the first slicing layer; and determining a thickness of the second slicing layer and an orientation for a third slicing layer of the 3D model based on a difference between the second slicing layer and the first slicing layer, the third slicing layer being immediately subsequent to the second slicing layer. There is also provided a corresponding system and computer program product for additive manufacturing.

Abstract: A driving practice display device of surrounding vehicle, the device comprising: a Global Positioning System (GPS) unit for grasping positions of his or her own vehicle and surrounding vehicles; a driving practice grasping unit for grasping his or her own driving practice; a data transceiving unit for transmitting to each surrounding vehicle his or her driving practice data grasped by the driving practice grasping unit and for receiving driving practice data transmitted from the surrounding vehicles; and a control unit for displaying on a display unit positions of his or her vehicle and surrounding vehicles grasped by the GPS unit and for displaying on the display unit the driving habits of each surrounding vehicle based on the driving practice data of the surrounding vehicle received from the data transceiving unit, such that the driver can recognize the driving practice of the surrounding vehicle, thereby providing a safe driving to the driver.

Abstract: A driving practice display device of surrounding vehicle, the device comprising: a Global Positioning System (GPS) unit for grasping positions of his or her own vehicle and surrounding vehicles; a driving practice grasping unit for grasping his or her own driving practice; a data transceiving unit for transmitting to each surrounding vehicle his or her driving practice data grasped by the driving practice grasping unit and for receiving driving practice data transmitted from the surrounding vehicles; and a control unit for displaying on a display unit positions of his or her vehicle and surrounding vehicles grasped by the GPS unit and for displaying on the display unit the driving habits of each surrounding vehicle based on the driving practice data of the surrounding vehicle received from the data transceiving unit, such that the driver can recognize the driving practice of the surrounding vehicle, thereby providing a safe driving to the driver.