And finally, Testing almost always requires instrumenting the code to give the tester additional visibility into the inner workings of the software. Unfortunately, in many embedded systems even the primitive printf() facility is unavailable (no screen to print to). Obviously, you can do much bett...
The "State-Space" blog is written by Quantum Leaps' founder and CEO Miro Samek. The blog originated at EmbeddedGurus.com back in 2006 and still continues at Quantum Leaps.
Event-driven QP embedded frameworks and QM visual modeling tool based on state machines and asynchronous active objects. Ideal for ARM Cortex-M and other MCUs.
Quantum Leaps Modern Embedded Software 569followers North Carolina, USA https://www.state-machine.com/ info@state-machine.com README.md Quantum Leaps, LLCis aprofessional open sourcecompany that brings the asynchronous, event-drivenActive Objects(Actor model) to deeply embedded real-time programming...
QP-nano real-time embedded framework/RTOS for embedded systems based on active objects (actors) and hierarchical state machines - QuantumLeaps/qpn
These materials host various exotic excitations, e.g., “relativistic” fermions in Dirac materials, Majorana bound states in topological superconductors, and skyrmions in chiral magnets10, which not only enrich our fundamental understanding of matter but also hold the promise of “quantum” leaps in...
As such, qubits must be considered as embedded on an open environment, for which classical simulation software packages may be useful [35], [36]. It is possible to correct for decoherence using error-correction algorithms. This can be done by encoding the quantum state, with redundancy, over...
(XAS) data110. The model showed high accuracy in distinguishing the different classes of materials, demonstrating the potential of ML methods in recognizing topological character embedded in complex spectral features. XAS is a widely used materials characterization technique, and the ability to decipher...
Event-driven QP embedded frameworks and QM visual modeling tool based on state machines and asynchronous active objects. Ideal for ARM Cortex-M and other MCUs.