Nec Corporation

Nissan Motor Company Limited

Hodogaya Chemical Co., Ltd.

Dexerials Corporation

Calsonic Kansei Corporation

Matsushita Electric Industrial Co., Ltd.

Other

Hitachi, Ltd.

Fujikin Inc.

Sony Corporation

Tokyo Electron Limited

Tdk Corporation

Hitachi Maxell, Limited

Mitsui Petrochemical Industries, Ltd.

Nippon Paper Industries Co., Ltd.

Eiji Takahashi

Norimasa Yokoyama

Hideki Sunaga

Makoto Nagaoka

Toru Osuga

Akio Takada

Shuichi Hayashi

Nobuyuki Koike

Koji Sasaki

Kyoko Kawaguchi

Naoaki Kabasawa

Shigeru Kusano

Kazunori Togashi

Masataka Sugiura

Yoshihiro Tsukamoto

Shinobu Kamada

Kaoru Tanaka

Morio Kuboyama

Daizou Kanda

Kouji Hatano

Nobukazu Ikeda

Kouji Nishino

Ryousuke Dohi

Kazuhiko Sugiyama

Kouki Kase

Takeo Onishi

Tadahiro Ohmi

Masaaki Nagase

Osamu Yamashita

Shinya Suzuki

Katsuyuki Sugita

Ryosuke Hiyoshi

Kosei Kobayashi

Naoki Hanashima

Masaaki Kubo

Tsutomu Kudo

Shiro Nakagawa

Hiroji Niimi

Tomio Uno

Isamu Hotta

Masahiko Yamaguchi

Daisuke Ohta

Shiro Nakamura

Masayuki Sakai

Katsuhiro Ogasa

Masato Hatanaka

Sadao Mori

Tadaki Mano

Kazuhiko Okamoto

Takahiro Shiroshima

Kazuo Sasaki

Katsumasa Kikkawa

Satoshi Nogaki

Minoru Saito

Akihiko Yamamoto

Toyomi Uenoyama

Hiroshi Kondo

Takeshi Nishizawa

Koichi Ashida

Futoshi Araki

Naoharu Shibuya

Yoshitsugu Harada

Akio Kawashiri

Susumu Aoki

Atsuko Tsuchida

Takao Itoh

Yuji Nagata

Yasushi Sekine

Kazuhiro Nagata

Ikuo Shinta

Takashi Hiraoka

Hiroyuki Kawamoto

Shoichi Hino

Naonori Onoda

Narihito Sano

Hitoshi Akasaka

Tetsuo Shirasu

Takeshi Ohba

Takeshi Oba

Hidekazu Takada

Hitoshi Kawamura

Takashi Hasuda

Hiroshi Ookuma

Taro Nagasawa

Joji Ono

Kazuyoshi Doi

Ryousuke Hiyoshi

Dheeraj Kotagiri

Fumio Hagi

Masaki Kohsaka

Eiichi Kato

Yoshiteru Miyatake

Takeshi Sekine

Atsushi Takada

Masami Kato

Kenji Aizawa

Hiroshi Ohkuma

Shiro Irisa

Yasumasa Ishida

A white list generation apparatus () acquires a generation request (). The generation request () includes hardware configuration information () indicating hardware performance of a target virtual machine () and software configuration information () indicating software to be installed on the target virtual machine (). The white list generation apparatus () generates or determines a machine () configured with hardware with performance higher than hardware performance indicated in the hardware configuration information (). The white list generation apparatus () further installs software indicated in the software configuration information () onto the machine (). Then, the white list generation apparatus () generates a white list (), based on a content of a storage apparatus in the machine () after completion of the installation.

White list generation device, control method, and program

A beam selection system that includes a memory operably connected to processing circuitry. The memory configured to store instructions that request call control information from a device; receive a plurality of user equipment (UE) trajectories and parameters from the device; predict with a first artificial intelligence (AI) engine a plurality of beam patterns within a beam index at a plurality of nodes corresponding with a predicted UE location based on the plurality of UE trajectories and parameters of each UE; transmit the plurality of predicted beam patterns to the plurality of nodes corresponding with a corresponding UE of a plurality of UEs; receive a plurality of UE selected beam patterns from the plurality of nodes; train a second AI engine based the plurality of UE selected beam patterns. The processing circuitry is further configured to update the first AI engine based on learned results from the second AI engine.

User equipment trajectory based beam selection

Provided are a polarizing plate having excellent optical characteristics, and a method for manufacturing the polarizing plate. The present invention is provided with: a translucent substrate through which light passes in a working band; a bundle structure layer constituted of a columnar sheaf comprising one or more material from among dielectrics, metals, and semiconductors, the bundle structure layer being formed on the translucent substrate; an absorption layer formed on the bundle structure layer; a dielectric layer formed on the absorption layer; and a reflection layer formed on the dielectric layer and arranged as a one-dimensional lattice at a pitch that is smaller than the wavelength of the light in the working band. Because the bundle structure layer increases light absorption and light scattering, the result is that reflectivity can be reduced and excellent optical characteristics obtained.

Polarizing plate having alternately stacked layers having different deposition directions

Provided is a depolarizing plate having a superior degree of depolarization to conventional depolarizing plates. The depolarizing plate includes a light-transmitting substrate having a surface layer portion in which a fine pattern is provided that includes a plurality of curved lines randomly disposed at a pitch of no greater than a wavelength of light, and that exhibits structural birefringence.

Depolarizing plate, optical device and liquid-crystal display device including same, and depolarizing plate production method

Provided are a block copolymer pattern formation method that enables formation, over a large area, of a block copolymer pattern with a perpendicularly oriented lamellar structure enabling nanoscale surface shape control, and a diffraction limited optical element produced using the block copolymer pattern formation method. The block copolymer pattern formation method is a method for forming a block copolymer pattern on a substrate and includes forming an oblique angle vapor deposited film on the substrate, applying a block copolymer onto the oblique angle vapor deposited film that has been formed, and subjecting the block copolymer that has been applied to perpendicularly oriented lamellar structure development post-treatment to form a pattern with a perpendicularly oriented lamellar structure.

Block copolymer pattern formation method and diffraction limited optical element

A communication load estimation system is provided with a load estimation meansfor estimating a communication load of a wireless base station to be an object of estimation, using at least: a network parameter which is a parameter concerning the number of antennas used for signal transmission of the wireless base station; a first quality measurement value which is a measurement value concerning a quality of communication with the wireless base station and which includes at least total reception power; and a second quality measurement value which is a measurement value concerning a quality of communication with the wireless base station and which includes at least a signal to interference noise ratio of a reference signal.

Communication load estimation system, information processing device, method, and program

A control method for an internal combustion engine is arranged to vary an engine compression ratio, and includes a control mechanism arranged to control the engine compression ratio, and a driving source arranged to drive the control mechanism. The control method includes converting an operation amount of the driving source in accordance with an attenuation rate according to the engine compression ratio, transmitting the converted operation amount to the control mechanism, and controlling the cylinder pressure based on a basic ignition timing when the attenuation rate is relatively large, and controlling the cylinder pressure based on an allowable ignition timing retarded from the basic ignition timing when the attenuation rate is relatively small.

Internal combustion engine control method and control device

[Problem] To estimate an open band in a wireless link precisely without imposing a communication load. [Solution] An open band in a wireless link is calculated from the bandwidth for a wireless link between a first wireless station and a second wireless station, a radio resource utilization rate, which is the ratio of the number of frequency blocks used for signal transmission with respect to the multiple frequency blocks constituting the bandwidth, and the radio quality of the wireless link.

Wireless station, network device, control method, storage medium storing program, and communication system for calculating an available bandwidth in a wireless link

Polarizing plate having absorption layer comprising only tantalum and niobium

To provide an organic compound of excellent characteristics that exhibits excellent electron-injecting/transporting performance with hole blocking ability, and has high stability in the thin-film state, as material for an organic electroluminescent device having high efficiency and high durability, and to provide the organic electroluminescent device having high efficiency and high durability using the compound. An organic electroluminescent device includes a pair of electrodes, and one or more organic layers sandwiched between the pair of electrodes, wherein the compound of general formula (1) in which a substituted bipyridyl group and a pyridoindole ring structure are bonded via a phenylene group, is used as a constituent material of at least one organic layer. 

Compound having substituted bipyridyl group and pyridoinodole ring structure, and organic electroluminescent device

An inorganic polarizing plate, including in the order of reciting: a substrate that is transparent to light in a range used; a plurality of linear metal layers; a plurality of linear dielectric layers; and a plurality of linear light absorbing layers having a light absorbing effect. The plurality of linear metal layers are arranged on the substrate in a state of being apart from each other at intervals shorter than a wavelength of the light, and the plurality of linear dielectric layers are arranged on the plurality of linear metal layers respectively. The plurality of linear light absorbing layers are arranged on the plurality of linear dielectric layers respectively, and the linear metal layers have hollow portions.

Inorganic polarizing plate and method for manufacturing same

Protective cover for eyes

A variable compression ratio internal combustion engine is equipped with a variable compression ratio mechanism configured to change an engine compression ratio in accordance with a rotational position of a control shaft, and a housing that accommodates therein a drive motor for changing and holding the rotational position of the control shaft. A reference position of the control shaft is learned in a state where a position of maximum rotation of the control shaft in a first rotational direction has been mechanically restricted by bringing a first movable part, which operates in conjunction with the control shaft, into abutted-engagement with a first stopper provided outside of an engine body. Subsequently, a maximum conversion angle range of the control shaft is learned in a state where a position of maximum rotation of the control shaft in a second rotational direction has been mechanically restricted by a second stopper.

Variable compression ratio internal combustion engine and learning method therefor

It is an object to suppress turbo lag, while suppressing a decrease in torque in an acceleration-transient state to a supercharged state, occurring owing to a rise in required load. In a prescribed steady state, an engine compression ratio &#x3b5;m and ignition timing Tm are set so as to achieve a maximum thermal efficiency. In contrast, in a transient state from a non-supercharged state to a supercharged state, occurring owing to a rise in required load, the engine compression ratio is corrected to a higher compression ratio &#x3b5;h and concurrently the ignition timing is corrected to a retarded timing value Th, in comparison with the engine compression ratio &#x3b5;m and the ignition timing Tm during steady-state operation for the same load, thereby increasing exhaust energy due to a reduction in cooling loss and consequently suppressing a delay of response to a rise in supercharging pressure.

Internal-combustion engine control device and control method

A variable compression ratio internal combustion engine is provided with a variable compression ratio mechanism in which a mechanical compression ratio of the internal combustion engine changes in accordance with a rotational position of a control shaft, a low compression ratio side stopper, a high compression ratio side stopper, a sensor for detecting a rotational position of a drive shaft of an actuator, and an arm press-fitted onto the drive shaft. Relative rotation between the arm and the drive shaft occurs when a torque exceeding an upper-limit torque has been applied. The drive shaft or the control shaft is caused to move to restriction positions restricted by the respective stoppers, and then a diagnosis on the presence or absence of the relative rotation is executed, based on the detected values at the respective restriction positions.

Variable compression ratio internal combustion engine

Growing community of inventors

Tokyo, Japan

Eiji Takahashi