Design Driven Design builds feedback loops that allow for continuous improvements to open source projects during each pull request. The loops are: Design Writing informs Feature Testing which in turn informs the Design, Feature Testing informs Unit Testing which in turn informs the Feature Testing, Unit Testing informs Design Writing which in turn informs the Unit Testing. These loops form seams for collaboration across partners or for self-re-evaluation at mindful points in the process to maximize success.
Articles tagged with C++
Hyperparameter Selection - New FormaK Feature Building
A new feature for FormaK has landed: Hyperparameter selection. Automatically select optimal parameters based on data from the modeled system.
Behind the Scenes of the Strapdown IMU Reference Model Building
A new feature for FormaK has landed: the Strapdown IMU Reference model. The model is now available for inclusion into new models and use as a reference for implementing future models. This post covers some of the aspects of the design and development that didn't make it into the final design and feature.
Strapdown IMU Reference Model - New FormaK Feature Building
A new feature for FormaK has landed: the Strapdown IMU Reference model. The model is now available for inclusion into new models and use as a reference for implementing future models.
Innovation Filtering - New FormaK Feature Building
A new feature for FormaK has landed: Innovation filtering. Automatically make Kalman Filters more robust.
FormaK Runtime - New FormaK Feature Building
A new feature for FormaK has landed: The FormaK runtime. The first tool in the runtime is a Managed Filter that handles coordinating process and sensor updates.
AST Code Generation - New FormaK Feature Building
A new feature for FormaK has landed: improved model generation by leveraging a subset of the C++ Abstract Syntax Tree
Calibration - New FormaK Feature Building
A new feature for FormaK has landed: generating models with calibrated sensors