Amazon Technologies, Inc.

Dylan Thomas Shields

Boyu Wang

Jeffrey Paul Heckey

Christopher Kasprowicz

Cody Aoan Wang

Ralph William Flora

Derek William Bolt

Sandeep Lagisetty

A comparative rejection sampling technique selects a bound set of possible execution run results for a process to be simulated, such as a quantum circuit, for each possible execution run result a modeled probability of a state associated with the possible execution run result is determined. For example a tensor network algorithm may be used to determine quantum state probabilities for each quantum state execution result included in the bound set. Based on the determined probabilities one of the possible execution run results is selected from the set of possible execution run results as an accepted simulated execution run result for a run of the process being simulated.

Quantum computing simulation using comparative rejection sampling

A quantum computing service includes connections to multiple quantum hardware providers that are configured to execute quantum circuits using quantum computers based on different quantum technologies. The quantum computing service enables a customer to define a quantum algorithm/circuit in an intermediate representation and select from any of a plurality of supported quantum computing technologies to be used to execute the quantum algorithm/quantum circuit.

Quantum computing service supporting multiple quantum computing technologies

A user interface is provided that displays hierarchical and/or relational information, such as information related to the topology of a computer network. The user interface provides a set of enclosed shapes arranged to present a set of nested regions to a network administrator. Each nested region represents a level of a hierarchy, and each region is segmented to represent individual elements within the hierarchy level. In one embodiment, the outmost ring is segmented to represent various networks. The middle ring is segmented to represent various subnets, with the arc of each network segmented to represent one or more subnets associated with a corresponding network. The innermost ring includes elements that represent individual data element. Connections between data elements are shown with lines extending across a shared interior region. In various embodiments, the lines may be given colors, animations, or patterns to indicate various properties of a relationship.

Network visualization user interface

Growing community of inventors

Redmond, WA, United States of America

Dylan Thomas Shields