Appian Corporation

Matthew David Hilliard

Brian Joseph Sullivan

Raziel Alvarez Guevara

Antonio Andrade Garcia

Marco Pescosolido

Annelise Dubrovsky

Carlos Santiago Aguayo Rico

Cody Allen Smith

A system is capable of automatically adjusting or reconstructing a baseline expression to generate a parallelized expression. Evaluation of the parallelized expression provide a substantially similar output as the evaluation of the baseline query in more efficient manner. In some implementations, data indicating an expression to be evaluated on a primary thread of the one or more processors is obtained. Elements of the expression are identified. The elements are grouped into a parse tree representation. Elements of the expression are classified as belonging to either a first category that includes elements that are eligible for parallel processing or a second category that includes elements that are not eligible for parallel processing. A particular element that is classified as belonging to the first category is identified and evaluated on a non-primary thread of the one or more processors. The non-primary thread is evaluated in parallel with the primary thread.

Automated expression parallelization

In one implementation for providing a user interface of a software application, a request to enable a user to perceive the user interface of the software application may be received. A context and a user interface expression may be determined based on the request. The user interface expression may be evaluated based on the context to generate a user interface definition. The user interface definition may be provided to a user interface renderer. The user interface renderer may be configured to process the user interface definition to enable the user to perceive the user interface.

Unified declarative model for user interfaces

Growing community of inventors

Reston, VA, United States of America

Matthew David Hilliard