Other

International Business Machines Corporation

James K Wong

Sudheesh S Kairali

Tony Emile Sawan

Malarvizhi Kandasamy

Madhav Peri

Charles Paul Hofer

An example method for determining domain name system (DNS) forwarding rules is provided. The method includes training a machine learning model to generate recommended DNS forwarding rules and determine whether a DNS resolver is experiencing an DNS resolver issue. The method further includes receiving a DNS query at the DNS resolver which is one of a plurality of DNS resolvers forming a network of DNS resolvers. The method further includes identifying a chain of DNS resolvers of the network of DNS resolvers based at least in part on the DNS query and a DNS response to the DNS query. The method further includes analyzing the DNS query and the DNS response using the machine learning model to generate a DNS forwarding rule and to identify whether any of the DNS resolvers of the network of DNS resolvers is experiencing the DNS resolver issue.

Determining domain name system forwarding rules in a multi-cloud environment

A method, apparatus, system, and computer program product for displaying information. A display system comprises a display device with pixels, a lenticular lens system, a sensor system, and a controller. The lenticular lens system is located on the pixels in the display device. The sensor system is positioned to detect a position of eyes of an authorized user with respect to the display device. The controller determines an authorized viewing angle of each lenticular lens to the eyes of the authorized user in the lenticular lens system using the position of the eyes of the authorized user and turns on a set of the pixels such that the authorized user sees information at the authorized viewing angle.

Managing information display of a display system

A sandal useful especially in wet areas and also where there is soft ground such as at the beach. The sandal has opposite side edges that slope in a downward-outward direction, to provide a wider foot print that minimizes sideward twisting on soft ground, to avoid splashing of water onto the wearer, and to avoid disintegration of the side portions of soft rubber sandal material. The bottom surface of the sandal slopes upward at the rear and front to further avoid splashing of water onto the wearer. The lower surface of the sandal has a herringbone pattern, with each ridge interrupted by narrow cross projections that help avoid splipping due to hydroplaning.

Footwear in the form of a sandal

Sandal

Traction is provided for automotive vehicles stuck in snow, mud, and the like by a device applied over the outer face of the slipping driven vehicle wheel and having J-shaped traction fingers draped over the tire of the wheel and fixedly clamped on the tire by merely swinging a lever. The device has a mounting plate for overlying the conventional wheel disk or hubcap, three J-shaped fingers pivoted to the center of the plate and radially guided in 120.degree. spaced apart relation at the periphery of the plate with the cups of the fingers receiving the tire and presenting outer tread surfaces which will bite into the slippery road bed. One of the fingers is retracted on its pivot by a lever or handle effective to clamp all three of the fingers on the tire.

Tire traction device

Apparatus for improving the accuracy of shooting a basketball, including a target such as a brightly-colored ball and apparatus extending below the basketball hoop for holding the target at the center of the hoop, the holding apparatus permitting the target to be easily deflected to allow a basketball to fall through the hoop.

Basketball practicing apparatus

A sandal useful especially in wet areas and also where there is soft ground such as at the beach. The sandal has opposite side edges that slope in a downward-outward direction, to provide a wider foot print that minimizes sideward twisting on soft ground, to avoid splashing of water onto the wearer, and to avoid disintegration of the side portions of soft rubber sandal material. The bottom surface of the sandal slopes upward at the rear and front to further avoid splashing of water onto the wearer. The lower surface of the sandal has a herringbone pattern, with each ridge interrupted by narrow cross projections that help avoid slipping due to hydroplaning.

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Kaneohe, HI, United States of America

James K Wong