Abstract: Computer equipment having a prompt access function that can be operated prior to booting an operating system. The computer equipment comprises a processing system and a displaying system. The processing system has hardware resources with a backup/recovery module. The backup/recovery module establishes at least one recovery unit to hold backup data. The displaying system is used for displaying data contained in the processing system, corresponding to the recovery unit. The displaying system has a selecting means for selecting a status corresponding to the processing system. Thereafter, the displaying system displays the selected status. In the computer equipment of the invention, there is no limit on the amount of the recovery units which can be accessed simultaneously. The recovery unit is only loaded when it is required. Consequently, system resources can be saved, and mis-operation can be prevented.

Abstract: A backup/recovery system and methodology that securely backs up and reliably retrieves data in a computer system. According to the invention, the backup/recovery system is utilized for protecting the computer system, having a data storage device, such as a hard disk, with data stored thereon, on which real-time data backup protection is required, in order to receive data from LAN/WAN afterwards without risk. In one embodiment of the invention, the backup/recovery system is installed in the computer system. The computer system includes an application layer coupled to an interface and operated predetermined application programs. A detecting module is located within the computer system for monitoring a predetermined data to be downloaded to the computer system. When the predetermined data is arrived to the computer system, the detecting module determines whether there is a predetermined harmful data contained in the predetermined data.

Abstract: A backup/recovery system and methodology that securely backs up every type of data in a computer system. According to the invention, backup/recovery system is utilized for protecting a computer system, having a first type data and a second type data. The first type data and the second type data can be changed respectively. In one embodiment of the invention, backup/recovery system is installed in the computer system. The backup/recovery system includes at least a selecting module and a processing module. A selecting module is used for selecting a first predetermined mode in accordance with the first type data and selecting a second predetermined mode in accordance with the second type data. A processing module is coupled to the selecting module, for processing the first type data and the second type data. The processing module backs up valid data being changed within the first type data while the first predetermined mode is selected by the selecting module.

Abstract: A network backup/recovery system is provided which can perform backup operation and/or recovery operation in a computer system, so as to backup data and system configurations and/or recover from a system crash, which can also minimize time consumption and cost. A network backup/recovery system backs up data and immediately returns a storage device to a preceding state. The network backup/recovery system comprises a client management part for controlling at least one client and a server management part for controlling a server and monitoring each using condition of the clients. The server management part sends a predetermined message to the client management part according to each using condition of the clients; and the client management part involves implementing a predetermined backup/recovery procedure according to the received predetermined message.

Abstract: A network broadcasting system and methodology that unifies WAN protocol and LAN protocol. According to the invention, the network broadcasting system includes a server end and a client end. The server end includes at least one controlling unit and at least one processing unit, and the client end includes at least one receiving unit. The controlling unit is coupled to the processing unit, and the receiving unit is coupled to the processing unit. The receiving unit coupled to the processing unit receives information, orders and requests from the controlling unit to broadcast communication between the controlling unit and the receiving unit.

Abstract: Computer equipment having a prompt access function that can be operated prior to booting an operating system. The computer equipment comprises a processing system and a displaying system. The processing system has hardware resources with a backup/recovery module. The backup/recovery module establishes at least one recovery unit to hold backup data. The displaying system is used for displaying data contained in the processing system, corresponding to the recovery unit. The displaying system has a selecting means for selecting a status corresponding to the processing system. Thereafter, the displaying system displays the selected status. In the computer equipment of the invention, there is no limit on the amount of the recovery units which can be accessed simultaneously. The recovery unit is only loaded when it is required. Consequently, system resources can be saved, and mis-operation can be prevented.

Abstract: A multilingual system and methodology that displays data on a user interface for a computer system. According to the invention, the multilingual system and method is suitable for a computer system, having a detecting apparatus and the user interface configured therein. The detecting apparatus includes a BIOS and an operating system (OS). The BIOS performs functions of the computer system. The operating system (OS) controls the computer system. The user interface provides options for a user and displays a language met with the user's demand.

Abstract: A data protection system and methodology that securely protects data in a computer system, so that a backup/recovery program will never be destroyed. According to the invention, the data protection system comprises a read only storage device and an operating system. The read only storage device is used for storing data needed by the computer system over a long period of time. The operating system is used for controlling operations of the computer system and managing the read only storage device. In one embodiment of the invention, the read only storage device has a backup/recovery means and a driver. The backup/recovery means can back up the data in the computer system and restore the computer system to a previous state. The driver can drive the backup/recovery means to back up the data and restore the computer system.

Abstract: A backup/recovery system and methodology that securely backs up every type of data in a computer system. According to the invention, backup/recovery system is utilized for protecting a computer system, having a first type data and a second type data. The first type data and the second type data can be changed respectively. In one embodiment of the invention, backup/recovery system is installed in the computer system. The backup/recovery system includes at least a selecting module and a processing module. A selecting module is used for selecting a first predetermined mode in accordance with the first type data and selecting a second predetermined mode in accordance with the second type data. A processing module is coupled to the selecting module, for processing the first type data and the second type data. The processing module backs up valid data being changed within the first type data while the first predetermined mode is selected by the selecting module.

Abstract: A backup/recovery system and methodology that securely backs up and reliably retrieves data in a computer system. According to the invention, backup/recovery system is utilized for protecting a computer, having data storage means, such as a hard disk, with data stored thereon, on which data real time backup protection is desired, in order to receive data from network system afterwards. In one embodiment of the invention, backup/recovery system is installed in the computer system. The computer system includes an application layer coupled to an interface and operated predetermined application programs. A detecting module is located within the computer system for monitoring a predetermined message to be downloaded to the computer system. When the predetermined message is received, the detecting module determines whether there is a predetermined harmful data contained in the predetermined message.