Abstract: A display device includes: a first substrate, a second substrate, a light-blocking portion, a pixel, and a wiring line. The second substrate has a main face opposite a main face of the first substrate. The light-blocking portion is disposed on the main face of the first substrate, including an opening, and blocking light. The pixel is disposed on the main faces of the first substrate and the second substrate and delimited by at least a part of the opening. The wiring line is disposed on the main face of the second substrate and at least partially overlapping the opening. The wiring line has a projection protruding toward a first substrate side. The projection has a surface including a curved surface and comprises a plurality of projections disposed at intervals in locations overlapping at least the opening.

Abstract: A monitoring system is configured to perform a cause analysis of an event which occurs in any of a plurality of node apparatuses. The monitoring system is configured to store a plurality of rules indicating a correspondence relationship between one or more condition events regarding any of the plurality of node apparatuses, and a conclusion. The monitoring system is configured to specify the first conclusion associated with the detected condition event based on the rule, and perform a detection possibility judgment on whether the monitoring system can detect the condition event or not, for each of one or more condition events out of a plurality of condition events, and calculate the first index value indicating the certainty of the first conclusion being the cause, based on the existence of detection of one or more condition events associated with the first conclusion and the result of the detection possibility judgment.

Abstract: A management system is able to reduce a migration load, which is associated with a requested change in a system which receives a virtual machine generation request that designates a template. The system searches for a physical computer having physical resources included in the template, sends a resource allocation request to the searched physical computer in accordance with the received virtual machine generation request and the template, collects a resource usage status of each physical computer, receives an identifier of a generated virtual machine and a change request to change the template. Then, the system calculates a resource type and resource amount, which need to be added by changing the template, based on the collected resource usage status; and determines whether a first physical computer for controlling the generated virtual machine has the additional resource amount of the calculated resource type as an unused resource amount or not.

Abstract: The management system identifies a first event regarding a first node apparatus estimated to occur when a first maintenance work is performed on a first node apparatus based on maintenance work information that indicates a correspondence relationship between each maintenance work of one or more maintenance works for any of the plurality of node apparatuses and an event regarding a node apparatus to be the target of each maintenance work, which is estimated to occur when the maintenance work is performed. The management system identifies the range of effect and phenomenon of the case where the first maintenance work is performed on the first node apparatus, by performing simulation based on one or more rules indicating a correspondence relationship between one or more conditional events and a causal event and displays the identified range of effect and phenomenon.

Abstract: Disclosed is a method of manufacturing a thin film transistor device that includes the following steps: forming slanted portions 51 in edges of crystalline semiconductor films 13 (13a and 13b); forming a resist film 15 on the crystalline semiconductor film 13a so as to expose the slanted portions 51 and so as to cover the entire crystalline semiconductor film 13b; performing half exposure of the resist film 15 that is formed on the crystalline semiconductor film 13a; injecting a p-type impurity only into the slanted portions 51 of the crystalline semiconductor film 13a; removing the resist film 15 that is formed on the crystalline semiconductor film 13a by ashing; and injecting the p-type impurity into the entire crystalline semiconductor film 13a.

Abstract: A management apparatus stores attribute/protocol management information denoting each attribute/protocol relationship. The management apparatus, for each of multiple addresses prior to inputting the credential used to detect the communication apparatus, (A) issues a query that specifies an address, (B) upon receiving a response to this query from the communication apparatus at the address specified in this query, writes, to a storage resource, query result information denoting the corresponding relationship between the address specified in this query and the communication apparatus attribute acquired based on the response, (C) identifies the management protocol corresponding to the communication apparatus attribute denoted by the query result information from the attribute/protocol management information, and (D) decides the optimum management protocol for the address based on the identified management protocol.

Abstract: A monitoring system is configured to perform a cause analysis of an event which occurs in any of a plurality of node apparatuses. The monitoring system is configured to store a plurality of rules indicating a correspondence relationship between one or more condition events regarding any of the plurality of node apparatuses, and a conclusion. The monitoring system is configured to specify the first conclusion associated with the detected condition event based on the rule, and perform a detection possibility judgment on whether the monitoring system can detect the condition event or not, for each of one or more condition events out of a plurality of condition events, and calculate the first index value indicating the certainty of the first conclusion being the cause, based on the existence of detection of one or more condition events associated with the first conclusion and the result of the detection possibility judgment.

Abstract: The management system identifies a first event regarding a first node apparatus estimated to occur when a first maintenance work is performed on a first node apparatus based on maintenance work information that indicates a correspondence relationship between each maintenance work of one or more maintenance works for any of the plurality of node apparatuses and an event regarding a node apparatus to be the target of each maintenance work, which is estimated to occur when the maintenance work is performed. The management system identifies the range of effect and phenomenon of the case where the first maintenance work is performed on the first node apparatus, by performing simulation based on one or more rules indicating a correspondence relationship between one or more conditional events and a causal event and displays the identified range of effect and phenomenon.

Abstract: The present invention is for efficiently managing large numbers of apparatuses using multiple management protocols. A management information acquisition part 1A uses multiple different management protocols P1 and P2 to acquire management information for each of the management protocols from each apparatus 3. Anode configuration information management part 1B identifies apparatus configuration information acquired from the same apparatus of the respective apparatuses 3 by comparing the apparatus configuration information, and collectively manages these multiple pieces of apparatus configuration information as a single piece of apparatus configuration information. A component information management part 1C identifies multiple pieces of component information related to the same component, and manages these identified multiple pieces of component information after associating these pieces information with each other.

Abstract: Disclosed is a method of manufacturing a thin film transistor device that includes the following steps: forming slanted portions 51 in edges of crystalline semiconductor films 13 (13a and 13b); forming a resist film 15 on the crystalline semiconductor film 13a so as to expose the slanted portions 51 and so as to cover the entire crystalline semiconductor film 13b; performing half exposure of the resist film 15 that is formed on the crystalline semiconductor film 13a; injecting a p-type impurity only into the slanted portions 51 of the crystalline semiconductor film 13a; removing the resist film 15 that is formed on the crystalline semiconductor film 13a by ashing; and injecting the p-type impurity into the entire crystalline semiconductor film 13a.

Abstract: A storage management apparatus performs migration considering an I/O load that will be generated during migration between a source array group and a destination array group. To migrate data from the source array group to the destination array group, a bandwidth that is available for use between the source and destination array groups is calculated. A volume that is within the source array group, and that has a write I/O amount that is smaller than the calculated bandwidth, is selected as the source volume for the migration, wherein the write I/O amount is the information transmission amount of information that is written. Data is thus migrated from the selected volume to the movement destination array group.

Abstract: A management apparatus stores attribute/protocol management information denoting each attribute/protocol relationship (the corresponding relationship between a communication apparatus attribute and a management protocol that is inferred to be optimum for the communication apparatus that has this communication apparatus attribute).

Abstract: A purpose is to perform migration considering an I/O load that will be generated during the migration. To migrate data from one array group to another array group, a bandwidth that is available for use between the movement source array group and the movement destination array group is calculated, a volume whose write I/O amount is smaller than the calculated bandwidth is selected wherein the write I/O amount is the information transmission amount of information that is written, and data is migrated from the selected volume to the movement destination array group.