METHOD FOR OPERATING USER INTERFACE FOR NETWORK-ON-CHIP
The present invention refers to method relates to operation of the user interface, more specifically network design editor (editor) - on - chip (Network provided On provided Chip) assets (Intellectual Properties) designated in the telephone switching network selectively the direction of operation of the method is shown to user interface design elements are disclosed. Computer, smart phone, smart pad combination of various accessory circuits such as an electronic device are formed. Various interaction between each other through a mixer circuits can be performing a plurality of functions. In order to support the interaction between accessory circuits, exchange data or signal between the channel to 10sup16. accessory circuits. The [...] accessory in response to one of the method uses a number by a channel bus or interconnects. Has a fixed bus or interconnect topology (topology), scalability (extendibility) lack a drawback. For example, a new accessory to an accessory circuits of computer, smart phone, smart pad such as improved device to prevent an unnecessary, a situation occurs where the bus or interconnect to redesign the topology of a can. An improved perpendicularity between channel number data with each one of the accessory circuits [...] method, etc. is not network-on-chip (Network provided On provided Chip) number. The purpose of the invention network user productivity - on - chip design magnificaton Intellectual property between signals selectively transmitting a number [...] showing user interface method operation of 30 to 60 seconds. According to one embodiment of the present invention example operation of the user interface user interface method mode and receives information from said user interface based on design information reader and design information designed interface displaying wherein, based on design information includes user interface through an interface designed, mode information indicative of forward design information displaying only during forward mode when design information, mode information when design information indicative of the reverse mode during a two-way mode and then reverse design information is mode information indicative of the display only when design information indicating both reverse and forward design information comprising the following steps. According to the example of the present invention embodiment, network - on - chip design editor designated in the telephone switching network assets are selectively the direction of operation of the encoded number ball design elements is shown user interface method. Figure 1 conventional user interface designed by screen illustratively's desire. Figure 2 another user interface designed by conventional screen illustratively's desire. According to one exemplary embodiment to Figure 5 of the present invention example 3 also at or screen by user interface design. All the aforementioned properties and method for assisting in the understanding and description of the invention hereinafter described exemplary option disclosed. I.e., not limited to the present invention refers to the example embodiment can be embodied in the form and the other. The present invention then only for example and embodiment describe a completely disclosure, the present invention is provided to a description of the present invention description for delivering normal users are disclosed. Thus, the constitution of the invention is method for implementing bundled elements if, during these method that enables the implementation of the present invention among a specified or identity in a more precise manner by way unbreakable need to be disclosed. The specification mentioned that if any configuration in particular elements, or any process that if referred to the specific steps, some other element or other steps only a return electrode substrate. I.e., terms used in the specification to account for a particular embodiment and form only, of the present invention general outline to define tastes. Further, to aid in the understanding of the invention to describe the same complementary embodiment example comprises a unit are one example. The description of the present invention terms used in the specification is provided to generally normal at each point of the meanings. Commonly used terms should be interpreted in accordance with the context of sense consistent specification. In addition, the terms used in the specification, are defined on their meaning plate is were not, or should not be interpreted too ideal sense on the moving substrate. Attached drawing of the present invention embodiment hereinafter described through examples. According to one embodiment of the present invention example user interface desktop PC (desktop personal computer), a laptop PC (laptop personal computer), net notebook computer (netbook computer), smart phone (smartphone), tablet PC (tablet personal computer) by which ball number either be a user interface. The specification in forward, reverse and both direction terms are used. Network - on - chip structure, in a direction of a master design block improved design block forward means other. A slave design block in a direction of reverse master design block means other. The forward and reverse direction on both include both big. In the specification, design elements and switch master design block and slave design blocks (e.g., parallel switch and reverse switch forward) includes both. Figure 1 conventional user interface designed by screen illustratively's desire. With reference to the 1 also, conventional user interface designed by screen (10) master network interface region (11), slave network interface region (12) and connect module (13) comprises. Master network interface area (11) comprises a master network design blocks the number 1 to number 3 (1 mni_ provided mni_ 3). Slave network interface region (12) comprises a slave network design blocks the number 1 to number 3 (1 sni_ provided sni_ 3). Connect module (13) comprises the number 1 to number 4 switches (1 SW_ provided SW_ 4). (SW_ 1) of Figure 1 number 1 and number 2 switch (SW_ 2) are connect switch and a forward switch, a reverse switch (SW_ 3) number 3 and number 4 switch (SW_ 4) are connect switch are disclosed. Screen design of Figure 1 (10) is associated with one of both forward and inverse design elements are shown. Network - on - chip formed by increased the complexity of the internal design of the number of blocks. The two-way design elements such as 1 also represented both when working based on user design screen, the user makes a high-complexity due to network - on - chip structure for thereof can. Figure 2 another user interface designed by conventional screen illustratively's desire. The reference 2 also, another user interface designed by conventional screen (20) is number 1 master network interface area (21), forward connect module (22), slave network interface region (23), reverse connect module (24) and number 2 master network interface area (25) comprises. Of Figure 2 number 1 master network interface area (21) and number 2 master network interface area (25) comprising the seal has an outer peripheral block number include such as design allows. But, in order to represent forward and reverse oriented design screen direction, of Figure 2 number 1 master network interface area (21) and number 2 master network interface area (25) in the partitioning board to express may be understand the meaning are disclosed. Such as also 2 according to mode, the user screen design of Figure 1 - on - chip structure for network than can be close to grasp. However, expression of Figure 2 scheme is oriented forward and reverse direction also 1 large screen than required with each other. I.e., it became grudge user number space (e.g., monitor) when considered a work environment, such as a buyer user screen design sometimes 2 also may not be disclosed. In hereinafter, network - on - chip design to improve efficiency of a user can be intuitive designed a sentence, it became grudge number working environment user interface and operating method is also described. According to one exemplary embodiment to Figure 5 of the present invention example 3 also at or screen by user interface design. With reference to the 3 also, according to one embodiment of the present invention example design screen (1000a) block connect module (1100) and direction selecting menu (1200) having a predetermined wavelength. Block connect module (1100) the master network interface region (1100a), slave network interface region (1100b) and connect module (1100c) without using a tool. Master network interface area (1100a) master network design blocks the number 1 to number 3 comprises (1 mni_ provided mni_ 3). Slave network interface region (1100b) number 1 to number 3 (1 sni_ provided sni_ 3) the slave network design blocks without using a tool. Connect module (1100c) number 1 to number 4 (1 SW_ provided SW_ 4) by means of the switches. Of Figure 3 number 1 and number 2 switch (SW_ 2) are forward connect switch and switch (SW_ 1), number 3 and number 4 switch (SW_ 4) are switch (SW_ 3) reverse connect switch are disclosed. Direction selecting menu (1200) not only a positive mode transfer (1200a), forward mode (1200b) and inverse mode transfer (1200c) without using a tool. Such as shown in fig. 4, direction select menu (1200) is a two-way mode (1200a) when, block connect module (1100) of both forward and reverse design elements is displayed. Specifically, the number 1 and number 2 number 1 switch (SW_ 1) master network design (mni_ 1, mni2) and one end of the blocks being linked with each other, number 1 and number 2 number 1 switch (SW_ 1) the other end of the slave network design block (sni_ 1) one end of each switch (SW_ 2) are coupled with each other. The other end of one end of number 1 and number 3 number 2 switch (SW_ 2) switch (SW_ 1) master network design block (mni_ 3) and being linked with each other, number 2 and number 3 number 2 switch (SW_ 2) the other end of the slave network design blocks (sni_ 2, sni_ 3) are respectively connected thereto. The number 3 and number 4 (sni_ 1) one end of slave network design block number 1 switch (SW_ 3) switch (SW_ 4) tab of being linked with each other, number 3 number 1 and number 2 (mni_ 1, mni_ 2) switch (SW_ 3) the other end of the mast network design blocks are respectively connected thereto. The number 2 and number 3 (SW_ 4) switch number 4 (sni_ 2, sni_ 3) and one end of slave network design blocks being linked with each other, one end of number 3 and number 4 switch (SW_ 4) the other end of the switch (SW_ 3) master network design block (mni_ 3) number 3 are respectively connected thereto. Only, of Figure 1 master network interface area (1100a) and slave network interface region (1100b) design including the number of blocks which are not limited to 3 1 also shown in two, more or less than design blocks will the engine will. In addition, switches having an input to the output port of Figure 1 shown or 2x2, switches the engine to the first input corresponds to the output ports will it will. Further, of Figure 1 connect module (1100c) including only switch or illustrated, connect module (1100c) - on - chip used in CDC (clock domain crossing) in addition network switch, pipe (pipe) and link (link) module is a device such as the engine will. The reference also 4, according to one embodiment of the present invention example design screen (1000b) block connect module (1100) and direction selecting menu (1200) having a predetermined wavelength. Block connect module (1100) the master network interface region (1100a), slave network interface region (1100b) and connect module (1100c) without using a tool. Master network interface area (1100a) master network design blocks the number 1 to number 3 (1 mni_ provided mni_ 3) without using a tool. Slave network interface region (1100b) number 1 to number 3 (1 sni_ provided sni_ 3) the slave network design blocks without using a tool. Connect module (1100c) number 1 and number 2 (SW_ 1, SW_ 2) by means of the switches. (SW_ 1) of Figure 5 number 1 and number 2 switch (SW_ 2) switch is connected switches forward are disclosed. Direction selecting menu (1200) not only a positive mode transfer (1200a), forward mode (1200b) and inverse mode transfer (1200c) comprises. As also shown in 5, direction select menu (1200) is forward mode (1200b) when, block connect module (1100) is displayed only a forward of design elements. Specifically, the number 1 and number 2 number 1 switch (SW_ 1) master network design (mni_ 1, mni2) and one end of the blocks being linked with each other, number 1 and number 2 number 1 switch (SW_ 1) the other end of the slave network design block (sni_ 1) one end of each switch (SW_ 2) are coupled with each other. The other end of one end of number 1 and number 3 number 2 switch (SW_ 2) switch (SW_ 1) master network design block (mni_ 3) and being linked with each other, number 2 and number 3 number 2 switch (SW_ 2) the other end of the slave network design blocks (sni_ 2, sni_ 3) are respectively connected thereto. The reference also 5, according to one embodiment of the present invention example design screen (1000c) block connect module (1100) and direction selecting menu (1200) having a predetermined wavelength. Block connect module (1100) master network interface region (1100a), slave network interface region (1100b) and connect module (1100c) without using a tool. Master network interface area (1100a) master network design blocks the number 1 to number 3 comprises (1 mni_ provided mni_ 3). Slave network interface region (1100b) number 1 to number 3 comprises the slave network design blocks (1 sni_ provided sni_ 3). Connect module (1100c) number 3 and number 4 (SW_ 3, SW_ 4) by means of the switches. (SW_ 3) of Figure 5 number 3 and number 4 is connected switches switch (SW_ 4) a reverse switch are disclosed. Direction selecting menu (1200) not only a positive mode transfer (1200a), forward mode (1200b) and inverse mode transfer (1200c) comprises. As also shown in 5, direction select menu (1200) is a reverse mode (1200c) when, block connect module (1100) is displayed only a reverse of design elements. Specifically, the number 1 and number 4 (sni_ 1) one end of slave network design block number 3 switch (SW_ 3) switch (SW_ 4) tab of being linked with each other, number 3 number 1 and number 2 (mni_ 1, mni_ 2) switch (SW_ 3) the other end of the mast network design blocks are respectively connected thereto. The number 2 and number 3 (SW_ 4) switch number 4 (sni_ 2, sni_ 3) and one end of slave network design blocks being linked with each other, one end of number 3 and number 4 switch (SW_ 4) the other end of the switch (SW_ 3) master network design block (mni_ 3) number 3 are respectively connected thereto. According to one embodiment of the present invention from now on-chip network example user interface for design screen - on - chip design based on network processes are described as follows. The reference also 3 to 5 also, also the user such as 4 forward mode (1200b) forward of modules can be selected design. Then, the user also 5 such as reverse mode (1200c) reverse design modules can be selected. Then, the user such as a two-way mode also 3 (1200) selected by the user interface in the positive direction of modules can be large. 1 of Figure 2 and also indicating connection information inputted instead accumulate design screen design blocks, according to one embodiment of the present invention example network - on - chip user interface for forward, reverse and positive direction selectively by specifying the network - on - chip structure for a network structure can exhibit more readily. Thus, one embodiment of the present invention according to the example, network - on - chip design to improve user can selectively - on - 1308. ball for chips user interface is number. The detailed description of the invention in function of a specific embodiment example but, out of the way of the present invention does not limit in several modified process from. Therefore, the aforementioned embodiment of the present invention example does not require any limited range as well as on others of the invention claim and carry must not evenly defined by claim should. 1000a, 1000b, 1000c: design screen 1100a: master network interface area 1100b: slave network interface region 1100c: connect module The present invention provides a method for operating a user interface selectively showing transmission/reception of signals between design assets in an editing device designing a network-on-chip for improving the productivity of design. According to an embodiment of the present invention, a method for operating a user interface for a network-on-chip comprises the following steps: receiving mode information and design information through the user interface; and displaying a design interface through the user interface based on the design information. The step of displaying the design interface through the user interface based on the design information includes the following steps: displaying only forward direction design information of the design information when the mode information indicates a forward direction mode; displaying only backward direction design information of the design information when the mode information indicates a backward direction mode; and displaying both of the forward direction design information and the backward direction design information when the mode information indicates a bidirectional mode. COPYRIGHT KIPO 2017 In operation of the user interface for network - on - chip method: said user interface receiving mode information and design information; and displaying said user interface based on said design information designed interface wherein, based on said design information includes said user through an interface designed interface, forward mode when said mode information indicative of the, said design information displaying only forward design information; reverse mode when said mode information indicating, during said design information displaying only reverse design information; and said mode information indicative of a two-way mode when both said forward and said reverse design information including design information displaying method operation.
