Abstract: The present disclosure relates to a slurry composition for a secondary battery electrode, and a secondary battery electrode manufactured using same. The slurry composition includes a conductive material including a linear carbon material and a point-type carbon material, a dispersant, and an organic solvent. By adjusting the average size and content of the conductive material in the slurry such that two peaks within a specific range appear in a particle size analysis, the solubility and dispersibility of the carbon-based conductive material are improved, and thus the electrical properties of the electrode are remarkably improved.

Abstract: The present disclosure relates to a slurry composition for a secondary battery electrode, and a secondary battery electrode manufactured using the same. The slurry composition includes dispersants of specific components, a carbon-based conductive material, and an organic solvent. The slurry composition has an advantage in that the stability of the carbon-based conductive material is excellent. In addition, due to the presence of a polar functional group in the dispersant, the surface treatment effect for the carbon-based conductive material is excellent, and thus the dispersibility of the carbon-based conductive material is remarkably improved.

Abstract: A cloud access method of an internet of things (IoT) device and devices performing the cloud access method are disclosed. The cloud access method using a cloud proxy function includes receiving a first resource retrieval request of a client device from a cloud, extracting, from the first resource retrieval request, a device identification (ID) of a device including a resource for which a resource retrieval is requested, and transmitting a second resource retrieval request of the client device to the device based on the device ID.

Abstract: A method of navigating for a delivery service and a navigation apparatus thereof are disclosed. When the navigation apparatus receives a delivery list including address information of a delivery object, the navigation apparatus may set a vehicle movement path that includes a plurality of stopping points based on the address information of the delivery object, set a walking movement path starting at the plurality of stopping points based on the address information of the delivery object, and then perform a road guidance according to the vehicle movement path and the walking movement path.

Abstract: A cloud access method of an internet of things (IoT) device and devices performing the cloud access method are disclosed. The cloud access method using a cloud proxy function includes receiving a first resource retrieval request of a client device from a cloud, extracting, from the first resource retrieval request, a device identification (ID) of a device including a resource for which a resource retrieval is requested, and transmitting a second resource retrieval request of the client device to the device based on the device ID.

Abstract: Disclosed herein are an apparatus and method for interoperation between Internet-of-Things (IoT) devices. The IoT device interoperation method uses an IoT device interoperation apparatus and includes performing an endpoint discovery procedure between an Open Connectivity Foundation (OCF) device and a non-OCF Bluetooth Low Energy (BLE) device, and performing interoperation between the OCF device and the non-OCF BLE device by performing a resource manipulation procedure using a Create, Retrieve, Update, Delete, and Notify (CRUDN) operation.

Abstract: Disclosed is a method for communication between a first terminal and a second terminal located in a single domain in an identifier/locator separation environment. The method includes: updating a locator by the second terminal in association with a domain gateway in the domain; and generating a forwarding table for the second terminal by the first terminal and performing a communication by the first terminal and the second terminal by using the forwarding table.

Abstract: The present invention provides a method and apparatus for setting up a gateway for an AUTOSAR-based vehicle network. The apparatus for setting up the gateway includes a candidate selection unit for selecting an Electronic Control Unit (ECU) connected to at least two communication clusters, from among a plurality of ECUs, as a gateway candidate, and a gateway generation unit for generating a gateway instance with reference to the ECU selected by the candidate selection unit, and generating a gateway meta-model including the gateway instance based on instance generation input values entered by a user.

Abstract: The present invention discloses a parameter setting apparatus and method for AUTOSAR-based software, which may lead a user to set parameters at suitable times depending on the variant attributes of parameters. In the parameter setting method, a selection of a variant attribute of a parameter of a metamodel defined to design AUTOSAR-based software is received from a user. If the variant attribute selected by the user corresponds to a variant-pre-compile attribute, setting of only a parameter having the variant-pre-compile attribute is allowed. If the variant attribute selected by the user corresponds to a variant-link attribute, setting of only a parameter having either one of the variant-pre-compile attribute and the variant-link attribute is allowed. If the variant attribute selected by the user corresponds to a variant-post-build attribute, setting of only a parameter having any one of the variant-pre-compile attribute, the variant-link attribute, and the variant-post-build attribute is allowed.

Abstract: The present invention relates to a automotive partial networking apparatus and method, which operate or terminate only a specific electronic control unit corresponding to a service currently being provided in a vehicle network composed of a plurality of electronic control units. In the automotive partial networking method, a automotive partial networking apparatus receives a partial networking-only Controller Area Network (CAN) frame from outside of the apparatus. A partial network table is searched based on the CAN frame, and then a CAN identification (ID) is searched for. A partial networking-only CAN frame is generated using the CAN ID. Partial networking is performed by transferring the generated partial networking-only CAN frame to at least one electronic control unit corresponding to a vehicle service.

Abstract: The present invention relates to a method and an apparatus for performing multicast communication in an ID/locator separation environment. The method includes: receiving a packet; determining whether an entry corresponding to a destination ID included in a packet header of the packet is in a forwarding table; forwarding the packet based on a next hop address included in the entry, if the entry corresponding to the destination ID is present. The entry corresponding to the destination ID can include a plurality of next hop addresses if the destination ID is an ID for a multicast group domain, and the step of forwarding the packet can be carried out by copying the packet by as many as the number of next hop addresses and sending the copied packet to each of the next hop addresses.

Abstract: Provided are an EMF model synchronization method and system. The system calculates a weight based on a hierarchy for an object identifier in a changed model, when the change of the model occurs in an EMF model which has an XML element path as an attribute. The system accumulates the calculated weight to a sum of weights. When the sum of weights becomes greater than the threshold value, the system simultaneously updates all models which are changed until the sum of weights becomes greater than the threshold value, thereby synchronizing change contents. As a hierarchy of an identifier changed on an XML path becomes higher, the weight is determined to have a larger value.

Abstract: The present invention discloses a parameter setting apparatus and method for AUTOSAR-based software, which may lead a user to set parameters at suitable times depending on the variant attributes of parameters. In the parameter setting method, a selection of a variant attribute of a parameter of a metamodel defined to design AUTOSAR-based software is received from a user. If the variant attribute selected by the user corresponds to a variant-pre-compile attribute, setting of only a parameter having the variant-pre-compile attribute is allowed. If the variant attribute selected by the user corresponds to a variant-link attribute, setting of only a parameter having either one of the variant-pre-compile attribute and the variant-link attribute is allowed. If the variant attribute selected by the user corresponds to a variant-post-build attribute, setting of only a parameter having any one of the variant-pre-compile attribute, the variant-link attribute, and the variant-post-build attribute is allowed.

Abstract: A system for managing mobile routers connected to a PMIP6 (proxy mobile internet protocol version 6) domain is provided with a plurality of MAGs (mobility access gateways) to which the mobile routers are to be connected, an LMA (local mobility anchor), connected to the plurality of MAGs, for managing location information of the mobile routers and packet forwarding information of the mobile routers, and a profile server in which profile information of the mobile routers is registered. Further, the plurality of MAGs and the LMA set up forwarding information of a home prefix of a mobile router that is connected to the PMIP6 domain and a mobile network prefix managed by the connected mobile router, based on the profile information of the mobile routers registered in the profile server.

Abstract: The present invention provides a method and apparatus for setting up a gateway for an AUTOS AR-based vehicle network. The apparatus for setting up the gateway includes a candidate selection unit for selecting an Electronic Control Unit (ECU) connected to at least two communication clusters, from among a plurality of ECUs, as a gateway candidate, and a gateway generation unit for generating a gateway instance with reference to the ECU selected by the candidate selection unit, and generating a gateway meta-model including the gateway instance based on instance generation input values entered by a user.

Abstract: A method of performing a handover is provided. The method of performing the handover includes: a mobile terminal transmitting an access stop message to a first Access Point (AP) when the mobile terminal moves from a first AP area to a second AP area; the first AP transmitting a handover start message to a first Mobility Access Gateway (MAG) corresponding to the first AP in response to the access stop message; the first MAG transmitting the handover start message to a Local Mobile Anchor (LMA); and the LMA performing a buffering of a data packet to be transmitted to the mobile terminal.

Abstract: An image forming apparatus having a page sorting function includes a scanning unit to scan a plurality of pages in order, a number recognizing unit to recognize a page number on each of the scanned pages, a control unit to determine whether a current scanned page whose page number is recognized is printable based on a predetermined page sorting order and pre-scanned page numbers, and a printing unit to print the scanned page. By sorting and printing simultaneously, a total amount of time required to perform a copying process can be substantially reduced, and user's convenience is improved.

Abstract: Disclosed herein is an apparatus for evaluating Automobile Open System Architecture (AUTOSAR) meta file-based basic software properties. The apparatus includes a meta file generation unit, a basic software configuration unit, and a basic software property evaluation unit. The meta file generation unit generates the meta file properties of an AUTOSAR meta file. The basic software configuration unit sets the basic software properties of a basic software configuration file. The basic software property evaluation unit evaluates basic software properties using the meta file properties in order to determine whether the basic software properties were set in conformity with an AUTOSAR standard.

Abstract: The present invention relates to a method and apparatus for setting up a vehicle network based on AUTomotive Open System ARchitecture (AUTOSAR). The apparatus for setting up a vehicle network based on AUTOSAR includes a screen unit for externally receiving structure setup input values. A structure setup unit is configured such that when a user selects an Electronic Control Unit (ECU) and a communication cluster on the screen unit, the structure setup unit displays a communication channel between the ECU and the communication cluster, and sets up a network structure based on the communication channel. A data setup unit sets up data that is transmitted through the communication channel using a wizard which is software for executing software or hardware operations using an interrogatory method.

Abstract: An automatic tunnel configuration method using a router advertisement message is provided, including: periodically receiving a router advertisement message containing a tunnel end-point address option from an access router of an internet protocol version 6 (IPv6) network when a mobile node moves from a home network to other IPv6 networks; automatically configuring a tunnel using an address allocated from the access router of the IPv6 network to which the mobile node connects, and the tunnel end-point address option included in the router advertisement message when the network to which the mobile node moves to connect is an internet protocol version 4 (IPv4) network; and communicating with a correspondent node via the configured tunnel using a mobile internet protocol (MIP6).