Abstract: A computer-implemented method for local arrangement of remote deployment is provided according to embodiments of the present disclosure. In this method, a starting request to connect with a remote virtualization entity proxy can be received. A network tunnel can be initiated between a local system and the remote virtualization entity proxy. Then, at least one component in the remote virtualization entity proxy can be arranged into a local virtualization entity in the local system via the network tunnel.

Abstract: A device and a method for testing SAS channels which are applied to a plurality of pairs of SAS interfaces. The testing device includes a control terminal, a PCI-E microprocessor, a PCI-E-to-SAS adaptor, and a signal feedback module. The control terminal is used for selecting SAS channels and sending a control command; the PCI-E microprocessor is used for receiving the control command and sending a test signal to a PCI-E channel according to the control command; the PCI-E-to-SAS adaptor is used for converting a transmission signal between the PCI-E channel and the SAS channels; and the signal feedback module is used for connecting a first SAS interface to a second SAS interface in the SAS back plate. The PCI-E microprocessor compares whether the test signal sent to the first SAS channel is consistent with the test signal received from the second SAS interface.

Abstract: A parallel burning system and method is for burning chips of various different bus types in parallel. A computer compiles configuration information according to corresponding connection relations between the chips and the micro controller units, and transmits the configuration information, burning command and burning data to a master micro controller unit of the micro controller units. The master micro controller unit distributes the burning data to slave micro controller units of the micro controller units based on the analyzed configuration information, and controls each slave micro controller unit to activate its burning operation. Then, the slave micro controller units burn the burning data onto the chips connected thereto, and transmit the burning results back to the master micro controller unit after completion of the burning operations. Finally, the master micro controller unit transmits the burning results back to the computer after completion of all the burning operations.

Abstract: A device and a method for testing SAS channels which are applied to a plurality of pairs of SAS interfaces. The testing device includes a control terminal, a PCI-E microprocessor, a PCI-E-to-SAS adaptor, and a signal feedback module. The control terminal is used for selecting SAS channels and sending a control command; the PCI-E microprocessor is used for receiving the control command and sending a test signal to a PCI-E channel according to the control command; the PCI-E-to-SAS adaptor is used for converting a transmission signal between the PCI-E channel and the SAS channels; and the signal feedback module is used for connecting a first SAS interface to a second SAS interface in the SAS back plate. The PCI-E microprocessor compares whether the test signal sent to the first SAS channel is consistent with the test signal received from the second SAS interface.

Abstract: A system and a method of testing bridge SAS channels includes a control terminal, a hot-plug bridge interface, a first adaptor, an SAS back plate, and a second adaptor. The control terminal selects an SAS interface as a transmission path for sending a test signal. The hot-plug bridge interface receives and converts the test signal sent from the control terminal. The hot-plug bridge interface has a hot-plug function. The first adaptor is connected to the hot-plug bridge interface and the SAS back plate. The second adaptor is connected between the SAS back plate and a terminal unit. The control terminal sends the test signal and detects a signal under test sent back from the terminal unit, and compares whether they are consistent with each other or not. In this way, the control terminal determines whether the SAS interfaces in the SAS back plate run normally or not.

Abstract: A parallel burning system and method is for burning chips of various different bus types in parallel. A computer compiles configuration information according to corresponding connection relations between the chips and the micro controller units, and transmits the configuration information, burning command and burning data to a master micro controller unit of the micro controller units. The master micro controller unit distributes the burning data to slave micro controller units of the micro controller units based on the analyzed configuration information, and controls each slave micro controller unit to activate its burning operation. Then, the slave micro controller units burn the burning data onto the chips connected thereto, and transmit the burning results back to the master micro controller unit after completion of the burning operations. Finally, the master micro controller unit transmits the burning results back to the computer after completion of all the burning operations.

Abstract: A system and method for parallel burning using multiplex technology is used for burning chips of different bus types on the same transmission bus at the same time in parallel. A main control unit divides bandwidth of the transmission bus into different frequency bands, sends a control command including a command for sending data carrying bus signals of designated types, and controls data carrying the bus signals of the designated types to be transmitted in designated frequency bands of the transmission bus. Then, a sending unit sends the data carrying the bus signals of the designated types in the designated frequency band. Finally, receiving units receive the data transmitted in the designated frequency bands, and then output them to a plurality of burners such as to burn the data onto the chips of the designated bus types in parallel.

Abstract: An accessory-testing device for an information processing apparatus includes a micro-processing unit (MPU) and a signal conversion unit. The MPU sends a mimic signal. The signal conversion unit is electrically connected to the MPU and an accessory respectively, for receiving the mimic signal and converting the mimic signal into a test signal to test the accessory. The accessory receives the test signal and then responds to the test signal to output a feedback signal. The feedback signal is received by the signal conversion unit and transmitted to the MPU, such that the MPU determines if the accessory operates normally according to the feedback signal. Conventional testing methods are Therefore, it is achieved that the effects of reducing the inspection time and improving the production efficiency.

Abstract: In this invention, we describe a group of flavonoids and flavonoid-containing extracts that have pharmaceutical properties which are useful in the medicinal therapy of fibrotic diseases for the treatment or reparation and prevention of fibrotic lesional tissues. Representative flavonoids and flavonoid-containing extracts have the active compositions of the below formula. Those compositions can be extracted and purified from the botanicals, including Scutellaria baicalensis Georgi, Scutellaria scordifolia Fisch,Oroxylum indicum(L.) Vent, Plantago major L. The compositions of the invention are novel as an anti-fibrotic drugs, as agents for treating fibrosis.

Abstract: The present invention relates to a method for estimating effective regimens and patient survival rates of antibiotic treatments for fatal infectious diseases. More particularly, the invention estimates the effective dose regimens and the patient survival rate, utilizing (1) the survival data of patients receiving either no treatment or inactive treatments and (2) the correlation between the organism eradication rate and the dose regimen of the antibiotics.

Abstract: The present invention relates to a method for optimizing ciprofloxacin treatment of anthrax-exposed patients according to the patient's characteristics. More particularly, the invention optimizes the survival outcome of a ciprofloxacin treatment for an anthrax-exposed patient, with the ciprofloxacin dose regimen adjusted according to the patient's characteristics, including age, body weight, gender, and renal function.