Abstract: An environment quality recording system includes a database, an analysis device, a recording platform and an electrical device. The database stores a platform environment quality datum and a device position datum. The recording platform generates and sends sensing data to the analysis device. The analysis device generates and stores the platform environment quality datum in the database. The electrical device is configured to send the device position datum to the analysis device. The analysis device generates real-time environment quality datum according to the device position datum, and determines if the environment quality data is valid according to a valid condition. When determining the real-time environment quality datum is valid, the analysis device sends the environment quality data to the electrical device.

Abstract: A method of operating a solution searching system includes a utility server generating a model input file according to words in an issue description file, a model server generating a prediction solution classification according to the model input file and a data mining prediction model, a central server selecting a first user defined solution classification with a highest weighting of at least one of user defined solution classification stored in a relational database as a solution classification, a database server reading at least one solution from a big database according to the solution classification, and the central server outputting the at least one solution according to weighting of each of the solution.

Abstract: A solution searching system includes a utility server, a model running server, a database server, and a central controller server. The utility server is configured to generate a first model input file according to a first issue description file. The model running server is configured to generate a first solution key according to the first model input file and a prediction model. The database server is configured to read a first solution from a database according to the first solution key. The controller central server is configured to transfer the first issue description file to the utility server, to transfer the first model input file to the model running server, to transfer the first solution key to the database server, and to output the first solution when receiving the first issue description file.

Abstract: A solution searching system includes a utility server, N model running servers, a database server, and a central controller server. The utility server is configured to generate N first model input files according to a first issue description file. Each model running server is configured to generate a first solution key according to a corresponding first model input file and a corresponding prediction model. The database server is configured to read a first solution file from a database according to the first solution key. The central controller server is configured to transfer the first issue description file to the utility server, to transfer the first model input files to the model running servers, to transfer the first solution keys to the database server, and to output the first solution file according to a weight value of each of the model running servers.

Abstract: A server system and an updating method of firmware are provided, and the updating method includes: acquiring a configuration file which includes firmware packet data which corresponds to a node in the server system; sending a notification signal to a web server of the node described in the configuration file; acquiring a version annotation and update package data in the configuration file according to the notification signal; storing the version annotation and the update package data to obtain file paths of the version annotation and the update package data; and selectively installing the update package data to the node according to internet protocol addresses of the file paths and the node.

Abstract: The disclosure provides a cloud system and a cloud resource allocation method, which performs a cloud resource request file according to a user identity, performs a command, and record information, generated by performing at least one service related to the command, into a cloud resource log file.

Abstract: A cloud system includes a resource module, a control module and a monitoring module. The control module electrically connected to the resource module is configured to control the resource module to adjust the cloud resource according to metric parameters and a resource request command. The monitoring module electrically connected to the resource module and the control module is configured to detect the resource module to produce metric parameters. The cloud system can further include an environment module and/or a power module. The module can monitor and detect at least one environment metric parameter. The control module can adjust the cloud resource according to at least one environment metric parameter.

Abstract: The disclosure provides an electronic apparatus and an operation method thereof, wherein the electronic apparatus includes a memory, a baseboard management controller (BMC), a processor, and a controller. During a power-on self test, the controller initializes the memory, sets parameters of a shared space in the memory, disables the shared space, and generates an initialization command according to which the BMC obtains a size of the shared space and establishes an initialization setting for the shared space. Then, the controller generates a loading command according to which the BMC stores an executable file in the shared space through the controller, and the controller enables the shared space and generates a first storing signal according to which the processor runs the executable file to generate an execution completion signal. According to the execution completion signal, the controller disables the shared space and the processor ends the power-on self test.

Abstract: Disclosed herein are a server system and an automatic node deployment method applicable thereto. The server system comprises first nodes, second nodes, a database, and a deployment module for receiving and obtaining the node information of the first nodes, for installing an operating system on each first node based on the said node information to identify the hardware information of the first nodes, for generating the second nodes based on the said hardware information, for receiving the node information of the second nodes to obtain the classification of the same, for installing a software package on each second node based on the said classification to deploy the second nodes to the server system for the server system to start up and operate normally, and for adjusting the number of the second nodes deployed in the server system based on a deployment strategy.

Abstract: A server system and an updating method of firmware are provided, and the updating method includes: acquiring a configuration file which includes firmware packet data which corresponds to a node in the server system; sending a notification signal to a web server of the node described in the configuration file; acquiring a version annotation and update package data in the configuration file according to the notification signal; storing the version annotation and the update package data to obtain file paths of the version annotation and the update package data; and selectively installing the update package data to the node according to internet protocol addresses of the file paths and the node.

Abstract: A method for executing a system management interrupt (SMI) is provided. When a power on self test (POST) is executed, a first identifier is generated and stored into a system management mode block of a memory. During a process for starting an operating system (OS), the first identifier is read from the system management mode block as a second identifier, and the second identifier is stored into an OS block of the memory. When the OS wants to use a system management interrupt, the first identifier and the second identifier are respectively read from the system management mode block and the OS block. Afterwards, it is determined whether the first identifier and the second identifier are the same. If the first identifier and the second identifier are the same, the SMI is executed.

Abstract: This present disclosure relates to conductive aluminum paste for fabricating a silicon solar cell. Herein, the conductive aluminum paste is composed of organic carrier, aluminum powder, nano-scale metal particle, and glass frit, wherein the nano-scale metal particle has a particle size distribution D50 in the range from 10 nanometers to 1000 nanometers and the weight percentage of the nano-scale metal particle associated with the conductive aluminum paste is around 0.1 through 10 wt %. Furthermore, the characteristics of the conductive aluminum paste are for reducing the sheet resistance value of the electrode, increasing the adhesion in the silicon solar cell package module, and enhancing the electro-optical conversion efficiency of the silicon solar cell.

Abstract: This present disclosure relates to conductive aluminum paste for fabricating a silicon solar cell. Herein, the conductive aluminum paste is composed of organic carrier, aluminum powder, nano-scale metal particle, and glass frit, wherein the nano-scale metal particle has a particle size distribution D50 in the range from 10 nanometers to 1000 nanometers and the weight percentage of the nano-scale metal particle associated with the conductive aluminum paste is around 0.1 through 10 wt %. Furthermore, the characteristics of the conductive aluminum paste are for reducing the sheet resistance value of the electrode, increasing the adhesion in the silicon solar cell package module, and enhancing the electro-optical conversion efficiency of the silicon solar cell.

Abstract: A power management method of a computer system is provided. The method includes the following steps. Health states of a plurality of power supplies are detected to generate a detection signal. Output powers provided by the power supplies are received to calculate a total maximum output power of the power supplies. An interrupt is generated by triggering a configuration management program according to the total maximum output power or the detection signal. The interrupt is processed by an interrupt handler to adjust a power consumption of a central processing unit (CPU).

Abstract: A method for protecting data in damaged memory cells by dynamically switching memory mode is provided. The method is adapted to an electronic device having a memory, which has a memory controller and at least one memory module, each of which is consisted of a plurality of memory cells, and the memory cells are divided into a plurality of pages. A power-on self test is executed and a mirror memory mode is activated to protect the data in the memory modules. An uncorrectable error of each page of the memory modules is detected by the memory controller when an operating system reads the memory. If the uncorrectable error in one page is detected, the memory module having the page is determined as a damaged memory module, and the mirror memory mode is switched to a spare memory mode, so as to protect the data in the memory modules.

Abstract: A method for processing power-off suitable for a server system is provided. The server system includes a first node, a second node, and a power supply. The first and second nodes share the power supply. The method includes the following steps. A power-off process is performed by the first and second nodes respectively according to a power-off signal. An interception process is activated to intercept a completion signal generated in the power-off process, and an interrupt is triggered. The interrupt is performed by an interrupt handler, so as to detect whether the first and second nodes complete a power-off process. When the first and second nodes already complete the power-off process, the interception process is inactivated and the generated completion signal is recovered and transferred to the power supply for turning off a power.

Abstract: A data protection method for damaged memory cells is provided. A power-on self-test (POST) is executed, and an initial backup memory is reserved in a memory. An operating system (OS) is executed, and data is loaded from a kernel region of the OS in the memory into a mirror region, so that when a processor accesses the data in the kernel region, it also accesses the data in the mirror region. An uncorrectable error (UE) is detected to determine a damaged page, and a backup page is selected from the initial backup memory or dynamically obtained from the OS to back up data in the damaged page. A mapping address of the damaged page and backup page are recorded into a page mapping table in a memory controller. Accordingly, when the OS accesses the damaged page, the memory controller accesses the backup page instead according to the page mapping table.

Abstract: A server system and a power management method thereof are provided. The method includes following steps: detecting an utilization corresponding to at least one CPU in a specific node so as to calculate an average utilization of the specific node; judging a state of the specific node according to the average utilization; adjusting an operation parameter of the CPU to reduce the processing speed of the CPU when the state is lower than a normal-load state; adjusting the operation parameter of the CPU to advance the processing speed of the CPU so as to make the above-mentioned state back to the normal-load state when the state is higher than the normal-load state. The power management method dynamically adjusts the operation performance and duty-cycle of the CPU according to the utilization of the CPUs of the node so as to save power without affecting the working efficiency of the virtual machines.

Abstract: A method for protecting data in damaged memory cells by dynamically switching memory mode is provided. The method is adapted to an electronic device having a memory, which has a memory controller and at least one memory module, each of which is consisted of a plurality of memory cells, and the memory cells are divided into a plurality of pages. A power-on self test is executed and a mirror memory mode is activated to protect the data in the memory modules. An uncorrectable error of each page of the memory modules is detected by the memory controller when an operating system reads the memory. If the uncorrectable error in one page is detected, the memory module having the page is determined as a damaged memory module, and the mirror memory mode is switched to a spare memory mode, so as to protect the data in the memory modules.

Abstract: A method for executing a system management interrupt (SMI) is provided. When a power on self test (POST) is executed, a first identifier is generated and stored into a system management mode block of a memory. During a process for starting an operating system (OS), the first identifier is read from the system management mode block as a second identifier, and the second identifier is stored into an OS block of the memory. When the OS wants to use a system management interrupt, the first identifier and the second identifier are respectively read from the system management mode block and the OS block. Afterwards, it is determined whether the first identifier and the second identifier are the same. If the first identifier and the second identifier are the same, the SMI is executed.