Thus, progressive implementation of proof-of-concept and enrichment might improve results in clinical trials testing of molecular targeted agents.
CONCLUSIONS: Approximately 9 person-months of effort (centered on a software development hackathon) resulted in the design and implementation of proof-of-concept software for 4 core phylotastic components, 3 controllers, and 3 end-user demonstration tools.
Our proof checker's design is based on the implementation of focused proof search and on making calls to (user-supplied) clerks and experts predicates that are tied to the two phases found in focused proofs.
The work was validated through the design and implementation of a Proof of Concept Hardware Trojan that uses two such unintended USB channels to successfully interact with a target network endpoint to compromise and exfiltrate data from it.
We prove the correctness of this method against the formal semantics for GDL, and we report on extensive experiments with a practical implementation of this proof system, which show that our method of formally proving knowledge is viable for the practice of general game playing.
We describe the implementation of a proof-of-concept study for the feasibility of an international collaborative hospital-based active surveillance system for vaccine safety.
These objectives will be achieved through the implementation of six "proof-of-concept" studies outlined later, which will be structured in such a way that researchers from different disciplines work together closely to attain the deliverables.
The main results are presented in Section 'Vendor module role and functionality' where our approach to Vendor Modules is detailed along with use cases for which the solution was designed and in Section 'Proof-of-concept implementation' a proof-of-concept implementation is presented.
This article describes system design, implementation and validation of proof of concept on two samples Escherichia coli and Saccharomyces cerevisiae representing model systems for cells that are easy and difficult to lyse, respectively.
In particular, we propose innovative techniques for privacy preservation of IoT data, introduce a privacy preserving IoT Architecture, and also describe the implementation of an efficient proof of concept system that utilises all these to ensure that IoT data remains private.
