Abstract: A data transmitting apparatus, a data receiving apparatus and methods thereof are provided. The data transmitting apparatus includes an encoding module, an encoding table, a first encoding parameter, a second encoding parameter and a transmitting module. The encoding module reads and encodes data content containing at least one data unit. The encoding table records a variety of information of multiple data units, and the variety of information contain a unit content, a number of times encoded and a recorded position of each of the data units. The first encoding parameter provides first information of the data unit, and the first information relate to an existing state of the unit content of the data unit in the encoding table. The second encoding parameter provides second information, and the second information relate to an amount of data units currently recorded in the encoding table. The transmitting module transmits an encoded data.

Abstract: A data transmitting apparatus, a data receiving apparatus and methods thereof are provided. The data transmitting apparatus includes an encoding module, an encoding table, a first encoding parameter, a second encoding parameter and a transmitting module. The encoding module reads and encodes data content containing at least one data unit. The encoding table records a variety of information of multiple data units, and the variety of information contain a unit content, a number of times encoded and a recorded position of each of the data units. The first encoding parameter provides first information of the data unit, and the first information relate to an existing state of the unit content of the data unit in the encoding table. The second encoding parameter provides second information, and the second information relate to an amount of data units currently recorded in the encoding table. The transmitting module transmits an encoded data.

Abstract: A remote management system with adaptive management mechanism is disclosed, by using an adaptive feedback session management decision (AFSMD) server to connect a plurality of clients and a plurality of cluster nodes respectively. AFSMD server includes a session ID map manager for recording mapping between session and cluster node forwarded to; a decision grade producer, for producing a decision grade to determine the session management manner required for the current session; a session connection number query (SCNQ) for communicating with a storage to obtain a total connection number of a client; a cluster node communication interface, for communicating with cluster nodes and for information cluster nodes if session needs duplication; and a session management decision controller for overseeing the entire session management decision flow to achieve higher efficiency.

Abstract: Distributed resource management systems and methods thereof are provided. Distributed resource management system at least includes resource managers (RMs) and resource consumers (RCs). RMs obtain current usage information of the resources of the distributed resource management system and generate first distributed resource graphs according to the current usage information of the resources. RMs obtain identification information of the RMs and generate second distributed resource graphs according to the identification information. RCs obtain a resource expense information regarding resource expense required by a plurality of jobs and generates third distributed resource graphs according to the resource expense information. A compound distributed resource graph (CDRG) is obtained by combining the first, second, and third distributed resource graphs and then the jobs to be performed by a corresponding amount of the resources within the distributed resource management system are determined according to the CDRG.

Abstract: A remote control method applied to a remote control system, including a remote control device and at least one be-controlled device, includes the following steps. The remote control device discovers the at least one be-controlled device dynamically via a network and retrieves a device control profile from the at least one be-controlled device. The device control profile includes a composite finite state machine representing the dependency of various operation states of the at least one be-controlled device and multiple control codes coded in a bit-string format. Then the remote control device retrieves a current operation state code from the at least one be-controlled device via the network periodically. The remote control device analyzes the current operation state code based on the device control profile to accordingly generate a user interface to control the at least one be-controlled device.

Abstract: Distributed resource management systems and methods thereof are provided. Distributed resource management system at least includes resource managers (RMs) and resource consumers (RCs). RMs obtain current usage information of the resources of the distributed resource management system and generate first distributed resource graphs according to the current usage information of the resources. RMs obtain identification information of the RMs and generate second distributed resource graphs according to the identification information. RCs obtain a resource expense information regarding resource expense required by a plurality of jobs and generates third distributed resource graphs according to the resource expense information. A compound distributed resource graph (CDRG) is obtained by combining the first, second, and third distributed resource graphs and then the jobs to be performed by a corresponding amount of the resources within the distributed resource management system are determined according to the CDRG.

Abstract: A remote control method applied to a remote control system, including a remote control device and at least one be-controlled device, includes the following steps. The remote control device discovers the at least one be-controlled device dynamically via a network and retrieves a device control profile from the at least one be-controlled device. The device control profile includes a composite finite state machine representing the dependency of various operation states of the at least one be-controlled device and multiple control codes coded in a bit-string format. Then the remote control device retrieves a current operation state code from the at least one be-controlled device via the network periodically. The remote control device analyzes the current operation state code based on the device control profile to accordingly generate a user interface to control the at least one be-controlled device.