Apple Inc.

International Business Machines Corporation

Western Digital Corporation

Super Micro Computer, Inc.

Eastman-kodak Company

Oracle International Corporation

Kohl's, Inc.

Alan Y Lee

Nathaniel P Marrin

Richard T Chen

Thomas M Alsina

Kenneth W Ouyang

Matthew H Thorn

Juliana Diaz Delgado

Sean Michael Harold

Melvin L Marmet

Jose J Aroche Martinez

Leticia M Alarcon

Mark K Su

Ómar K Yasin

Kenneth F Rogers

Kowk Fai Lee

Adhamh C Findlay

Kwok Fai Lee

Sambit Kumar Nanda

Xiaoyu Jin

Jinge Zhang

Xiaobing Luo

Zhiyu Liang

Milan Kumar Behera

Thrinath Babu Kathula

Ru Wang

Ritaja Sur

Arjun Manimaran

Jung-Tsung Cheng

Suraj Nayak Mithbail

In accordance with an embodiment, described herein is a system and method for providing a REST-based interface and connector for use with a data analytics environment, such as, for example, a business intelligence environment, database, data warehouse, or other type of environment that supports data analytics. A data analytics environment can expose a REST connector that can be configured via a user interface, to provide a connectivity layer that works with a range of REST implementations. A user can create and/or configure one or more connections, to support access to data provided by a variety of databases or data sources. The interface and connector establishes a connection to one or more REST endpoints which can be used to access and manipulate data from a variety of cloud applications and platforms, for example SaaS sources, for analytic workloads.

System and method for rest-based interface for use with data analytics environments

A method may include receiving radio station data associated with multiple radio stations from one or more radio station providers and filtering the radio stations based at least in part on playback availability. Playback availability may include a broadcast right associated with the one or more radio station providers. The method may also include removing duplicate radio stations and supplying a searchable radio station directory to a platform or a client device.

Radio station provider management systems and methods

A server computing device can (1) managing a plurality of album artwork templates, wherein each album artwork template of the plurality of album artwork templates includes a plurality of entries, and each entry of the plurality of entries defines a respective manner by which a respective album artwork image is to be generated, (2) receiving, from a client device, a request for an album artwork image, wherein the request includes: a first identifier that corresponds to a particular image of an artist, a second identifier that corresponds to a particular album artwork template of the plurality of album artwork templates, and locale information that corresponds to a particular entry of the particular album artwork template, and (3) generating the album artwork image according to the respective manner defined by the particular entry, wherein the album artwork image is based at least in part on the particular image of the artist.

Techniques for managing album artwork images

The present technology is directed to high performing trained machine learning models for information retrieval in a web store. In some embodiments, for example, when a search query is received from a user of an online retailer, a computer system associated with the online retailer accesses measurements of performance of sets of search results returned in response to previous user search queries. Each of the previous search results set is a set that was ranked by a machine learning model selected from a store of machine learning models that are each trained to rank search results. Based on the measurements of performance, the computer system selects a machine learning model to rank search results for a response to the received search query. The ranked search results are provided for output to the user.

Utilize high performing trained machine learning models for information retrieval in a web store

A server computing device can execute the steps of (1) managing a plurality of album artwork templates, wherein each album artwork template of the plurality of album artwork templates includes a plurality of entries, and each entry of the plurality of entries defines a respective manner by which a respective album artwork image is to be generated, (2) receiving, from a client device, a request for an album artwork image, wherein the request includes: a first identifier that corresponds to a particular image of an artist, a second identifier that corresponds to a particular album artwork template of the plurality of album artwork templates, and locale information that corresponds to a particular entry of the particular album artwork template, and (3) generating the album artwork image according to the respective manner defined by the particular entry, wherein the album artwork image is based at least in part on the particular image of the artist.

A computer-implemented method, computer program product, and system is provided for creating calculated metrics. In an implementation, a method may include providing a user interface including a calculator with a plurality of buttons. The method may also include receiving, via the user interface, a selection of at least one stored metric and a selection of at least one operation, resulting in a new metric. The method may further include storing the new metric with a new metric name.

System and method for calculating metrics

A control device used for a computer casing on which a plurality of expansion cards is inserted, is composed of a first frame and a second frame which are installed in a casing of height of 2 U; a connection element, which is connected on the first and second frames, and is in a vertical state; a right riser card, which is connected on a right side of the connection element; a left riser card, which is connected on a left side of the connection element; a plurality of expansion cards, which is inserted horizontally into a plurality of slots of the right riser card; and a plurality of expansion cards, which is inserted horizontally into a plurality of slots of the left riser card. By this control device, at least more than seven expansion cards or interface cards can be inserted.

Control device used for a computer casing on which a plurality of expansion cards is inserted

A control device used for a computer motherboard on which a plurality of interface cards is inserted, is composed of an L-shape notch which is opened at a corner or a long strip of notch which is opened at a side edge, of a circuit motherboard positioned in an interior of a computer casing of height of 2U or 1U; a riser card, which is inserted vertically into a preset slot of the circuit motherboard; and an interface short card or an interface long card, which can be fitted into the L-shape notch or the long strip of notch, wherein conduction pins of the interface long, short cards can be inserted into a transversal slot of the riser card, and the interface short card or the interface long card approaches to a same horizontal level as the circuit motherboard, such that the riser card can be added with more slots for insertion of more interface long cards or interface short cards.

Control device used for a computer motherboard on which a plurality of interface cards is inserted

A positioning device for fixing an interface card on a computer casing without using screws, is composed of a vertical wall board of a computer casing, which is provided with long through-holes; fixing seats, which are connected on an interface of the vertical wall board, and are provided with shaft holes and one movable groove; elastic members, which are provided with shaft holes and spring leaves, and are emplaced into the movable grooves; a shaft, which is connected on the fixing seats and the elastic members; and an interface card is provided with a cover, with an end of the cover being provided with an outer board. When the elastic member is subjected to force to rotate, the spring leaf will be abutted on the outer board. When the elastic member rotates reversely, the spring leaf will be escaped from the outer board, and the cover and the interface card can be removed from the vertical wall board simultaneously.

Positioning device for fixing an interface card on a computer casing without using screws

An electrostatic discharge protection circuit employing an extended resistive structure having bimodal resistance characteristics in series with an input/output buffer circuit and an input/output electrical contact pad on an integrated circuit. The extended resistive structure is integrally formed with the device or devices in the buffer circuit most susceptible to damage due to ESD breakdown effects In a first resistance mode during normal circuit operations, the resistor has a low resistance value and introduces virtually no additional load to the input/output buffer circuitry. In a second mode of operation during ESD discharge, the resistor has a second significantly higher resistance which reduces current values during the ESD event thereby protecting the buffer circuit. Thick oxide snap-back device is also employed to provide a parallel ESD discharge path with low power dissipation.

Electro-static discharge protection circuit with bimodal resistance

An electrostatic discharge protection circuit for an integrated circuit employing a segmented field effect buffer transistor between the input/output pad and the active devices on the integrated cicuit. An extended resistive structure is configured in series with the segmented buffer transistor and the input/output electrical contact pad. The extended resistive structure is integrally formed with the individual segments of the buffer FET. The resistive structure may be implemented as an extended n well structure adjacent the FET segments. In a first resistance mode during normal circuit operations, the extended resistive structure has a low resistance value and introduces virtually no additional load to the input/output buffer circuitry. In a second mode of operation during ESD discharge, the resistive structure has a second significantly higher resistance which reduces current values during the ESD event thereby protecting the buffer circuit. A thick oxide snap-back device is also employed to provide a parallel EDS discharge path with low power dissipation.

ESD protection circuit with segmented buffer transistor

An electrostatic discharge protection circuit employing an extended resistive structure having bimodal resistance characteristics in series with an input/output buffer circuit and an input/output electrical contact pad on an integrated circuit. The extended resistive structure is integrally formed with the device or devices in the buffer circuit most susceptible to damage due to ESD breakdown effects. In a first resistance mode during normal circuit operations, the resistor has a low resistance value and introduces virtually no additional load to the input/output buffer circuitry. In a second mode of operation during ESD discharge, the resistor has a second significantly higher resistance which reduces current values during the ESD event thereby protecting the buffer circuit. Thick oxide snap-back device is also employed to provide a parallel ESD discharge path with low power dissipation.

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Coscob, CT, United States of America

Alan Y Lee