Abstract: The communication node includes an entry memory adapted to store a preset number of the control information entries, each stipulating the processing applied to a packet received, in association with the user information, and a packet processor that references the entry memory to process the packet received. The communication node also includes an entry management section that exercises control so that, on the basis of a preset reference, the proportion of the number of the control information entries for one user stored in the entry memory to the number of the control information entries storable in the entry memory will not surpass a preset value.

Abstract: According to one embodiment, a circuit board device includes a flexible printed circuit board configured to be bendable and including a first mounting surface and a second mounting surface opposed to the first mounting surface, at least one electronic component mounted on the first mounting surface of the flexible printed circuit board, and a plurality of bent portions on both sides of the electronic component near the electronic component, the bent portions being formed by folding a part of the flexible printed circuit board.

Abstract: Provided is an electrooptical device, an electronic device, a control method for an electrooptical device, and the like that can easily realize various characteristics that are difficult to realize with related art. An electrooptical device uses electrophoretic particles migrating in a dispersion medium for image display. The electrooptical device includes a first electrode, a second electrode, first electrophoretic particles that are pigmented in a first color and charged in a first polarity, and second electrophoretic particles that are pigmented in the first color and charged in the first polarity. The first electrophoretic particles and the second electrophoretic particles are disposed between the first electrode and the second electrode. An absolute value of a charge quantity of the first electrophoretic particles is larger than an absolute value of a charge quantity of the second electrophoretic particles.

Abstract: In an image forming apparatus in which an electrostatic image is formed on an electrophotographic photosensitive member using at least a process of a pseudo halftone formed by dots as a method of representing gradation, the electrophotographic photosensitive member is provided on a surface thereof with a plurality of recessed portions of 0.5 ?m more and 5 ?m or less in depth and 20 ?m or more and 80 ?m or less in longest diameter of an opening, when a square region of 500 ?m×500 ?m is arbitrarily extracted on the surface of the electrophotographic photosensitive member, in the square region, a total area of the recessed portions is 10000 ?m2 or more and 90000 ?m2 or less and a total area of a flat portion contained in a portion other than the recessed portion is 80000 ?m2 or more and 240000 ?m2 or less, and an arrangement (A) of the plurality of recessed portions is such an arrangement that an image quality lowering index (f) calculated by specific processing is 14% or less.

Abstract: In an open flow network system in which there are a plurality of networks, in each of which one OFC (OpenFlow Controller) manages a plurality of OFSs (OpenFlow Switches), and a large network is formed by a combination of them, registration of a flow entry which forms a closed loop is prevented without a component and a procedure for cooperation of the plurality of OFCs. Specifically, after route calculation, the OFC temporarily registers an flow entry of a calculation result on a flow table of the OFS as the flow entry for a test. After that, the OFS flows the test packet according to the temporarily registered flow entry. When the test packet is routed without forming the closed loop, the OFS detects it and normally registers the flow entry for a first time. Detecting that the test packet forms a closed loop, the OFS deletes a temporarily registering flow entry and returns an error to the OFC.

Abstract: Provided is an electrophotographic photosensitive member in which a surface of the electrophotographic photosensitive member has: a plurality of specific depressed portions; and a plurality of specific line grooves formed at portions other than the specific depressed portions, and in which when a square region 500 ?m on a side is arranged at an arbitrary position of the surface of the electrophotographic photosensitive member, an area of the plurality of depressed portions in the square region 500 ?m on a side is 95,000 ?m2 or more and 180,000 ?m2 or less.

Abstract: According to one embodiment, an electronic apparatus includes a circuit module. The circuit module includes a flexible substrate. The flexible substrate includes a base portion having a mounting surface, and an extension portion. On the mounting surface, conductor patterns are provided. A switch is provided in a fore-end portion of the extension portion and includes an operating portion operated by a pushing portion of a housing. A first pressure receiving portion is located behind the switch. A second pressure receiving portion is provided on the mounting surface. The extension portion is folded back once toward the mounting surface.

Abstract: A coordinated transport robot system according to an embodiment includes: first and second robots each including a mobile unit and a movement control unit; first and second position error absorption mechanisms provided on the first and second robots; an impedance model estimating an external force from the amount of displacement detected by the passive element unit; an external force estimating unit estimating respective external forces acting on the first and second robots based on external forces estimated with a dynamics model and estimated by the impedance model; a compliance model calculating respective position correction amounts of the first and second robots to make an external force zero; and a movement command calculating unit calculating movement commands to the first and second robots based on the position correction amounts. Each of the movement control units control the respective mobile units based on the respective movement commands.

Abstract: An integrated circuit accesses a first storage section that stores a plurality of pattern groups of voltage application for changing an optical state of a pixel to a designated gray level, and outputs a control signal for applying a voltage to a single target pixel of a plurality of pixels as defined above, the voltage being indicated by a pattern that is contained in a pattern group of the plurality of pattern groups that is selected in accordance with the position of the single pixel and the gray level value of the single pixel, the gray level value being indicated by image data acquired by an acquiring section.

Abstract: Provided is an electronic component having a core that can achieve size reduction and frequency increase by improving the magnetic permeability further while also improving the plating property for the terminal electrode. An electronic component has a shaft, a flange formed at an end of the shaft and constituting a core together with the shaft, a coiled conductor wound around the shaft, and an electrode terminal formed on the flange and connected electrically to an end of the conductor; wherein the shaft and flange are made of a metal magnetic material, and the shaft is more densely filled with the metal magnetic material than is the flange.

Abstract: The network system has a switch and a controller. The switch performs processes of a received packet in accordance with a flow entry in which are defined a rule and an action to uniformly control a packet as a flow. The controller transmits a control message to the switch to perform a setting of the flow entry, holds a flow entry identical to the flow entry set to the switch, manages a synchronization state per unity of a flow entry and preferentially synchronizes, in a case the flow entry is not synchronized, a specific flow entry between the switch.

Abstract: An electrophotographic apparatus and a process cartridge include an electrophotographic photosensitive member; a developing unit; and a cleaning unit, wherein depressed portions separated from each other and satisfying conditions below are formed in the surface of the electrophotographic photosensitive member at a density of 10 or more per unit area of 1 cm2: a depth of the depressed portions is defined as Rdv[?m], a minor-axis diameter of the depressed portions is defined as Lpc[?m], a major-axis diameter of the depressed portions is defined as Rpc[?m], and an angle formed between a direction of a major-axis of each of the depressed portions and a direction of movement of the surface of the electrophotographic photosensitive member is defined as ?[°]. 5[°]??[°]?85[°] 0.3×P[?m]?Rdv[?m]?0.5×P[?m] 1.1×P[?m]?Lpc[?m]?1.

Abstract: An integrated circuit device includes: a first pad to an ith pad connected to a first memory pad to an ith memory pad of a memory stacked in the integrated circuit device; a jth pad to a kth pad connected to a jth memory pad to a kth (1<i<j<k) memory pad of the memory; and at least one pad arranged between the ith pad and the jth pad, wherein the at least one pad is not connected to a memory pad of the memory and serves as a pad for input or output a signal between an external device and the integrated circuit device.

Abstract: A driving method for an electrophoretic display device composed of a pixel electrode, an opposing electrode, and electrophoretic elements includes a color setting step and a DC resetting step. The electrophoretic elements are disposed between the pixel electrode and the opposing electrode and include a plurality of electrophoretic particles. In the color setting step, the plurality of electrophoretic particles are set in a first state by applying one or more types of driving voltages between the pixel electrode and the opposing electrode. In the DC resetting step, driving voltages for resetting an integral value of the driving voltages with respect to a driving time period in the color setting step are applied between the pixel electrode and the opposing electrode.

Abstract: Provided is an electrooptical device, an electronic device, a control method for an electrooptical device, and the like that can easily realize various characteristics that are difficult to realize with related art. An electrooptical device uses electrophoretic particles migrating in a dispersion medium for image display. The electrooptical device includes a first electrode, a second electrode, first electrophoretic particles that are pigmented in a first color and charged in a first polarity, and second electrophoretic particles that are pigmented in the first color and charged in the first polarity. The first electrophoretic particles and the second electrophoretic particles are disposed between the first electrode and the second electrode. An absolute value of a charge quantity of the first electrophoretic particles is larger than an absolute value of a charge quantity of the second electrophoretic particles.

Abstract: An integrated circuit device includes a first pad group connected to a first memory pad group arranged along a first chip side of a chip of an image memory stacked on the integrated circuit device, a second pad group connected to a second memory pad group arranged along a third chip side, a control section which controls display of an electro-optical device, and a third pad group from which a data signal and a control signal for display control. The first pad group is arranged along a first side of the integrated circuit device, wherein the second pad group is arranged along a third side facing the first side, and wherein the third pad group is arranged along a second side which intersects with the first side and the third side.

Abstract: A coil-type electronic component has a coil inside or on the surface of its base material and is characterized in that: the base material is constituted by a group of grains of a soft magnetic alloy containing iron, silicon and other element that oxidizes more easily than iron; the surface of each soft magnetic alloy grain has an oxide layer formed on its surface as a result of oxidization of the grain; this oxide layer contains the other element that oxidizes more easily than iron by a quantity larger than that in the soft magnetic alloy grain; and grains are bonded with one another via this oxide layer.

Abstract: A magnetic material is constituted by a grain compact formed by compacting multiple metal grains that in turn are constituted by an Fe—Si-M soft magnetic alloy (where M is a metal element that oxidizes more easily than Fe), wherein individual metal grains have oxide film formed at least partially around them as a result of oxidization of the metal grains; the grain compact is formed primarily via bonding between oxide films formed around adjacent metal grains; and the apparent density of the grain compact 1 is 5.2 g/cm3 or more, or preferably 5.2 to 7.0 g/cm3.

Abstract: An integrated circuit device includes a first pad group connected to a first memory pad group arranged along a first chip side of a chip of an image memory stacked on the integrated circuit device, a second pad group connected to a second memory pad group arranged along a third chip side, a control section which controls display of an electro-optical device, and a third pad group from which a data signal and a control signal for display control. The first pad group is arranged along a first side of the integrated circuit device, wherein the second pad group is arranged along a third side facing the first side, and wherein the third pad group is arranged along a second side which intersects with the first side and the third side.

Abstract: A coil-type electronic component has a coil inside or on the surface of its base material wherein the base material in the coil-type electronic component is constituted by a group of grains of a soft magnetic alloy containing iron, silicon and other element that oxidizes more easily than iron; the surface of each soft magnetic alloy grain has an oxide layer formed on its surface as a result of oxidization of the grain; this oxide layer contains the other element that oxidizes more easily than iron by a quantity larger than that in the soft magnetic alloy grain; and grains are bonded with one another via this oxide layer. The coil-type electronic component can be produced at low cost and combines high magnetic permeability with high saturation magnetic flux density.