The phrase "a complete solution by" is correct and usable in written English.
It can be used when referring to a solution that is fully developed or comprehensive, often in the context of problem-solving or project completion.
Example: "We are pleased to present a complete solution by our team that addresses all the challenges outlined in the project brief."
Alternatives: "a comprehensive solution from" or "an all-encompassing solution by".
The questionnaire presented in (Pu et al. 2011), was the most complete and relevant to the objectives set for the ArchReco evaluation, due to the evaluation of the Context Aware Recommendations as individual component of the system, but also the usage of the prototype as a complete solution supported by the recommendation systems.
A complete solution for COC by adjusting the gain of the antenna due to the electrical tilt and the downlink transmission power of the surrounding eNBs can be founded in [36], and this solution is based on reinforcement learning tools.
As a result, the company is taking its first step toward a more complete solution by incorporating activity data through an integration with Apple's HealthKit.
Especially IMS, a subsystem of UMTS, provides a complete solution with packet transmission by unicasting.
It's a complete solution to address issues by the customer, technician and manager in the installation, maintenance and repair industry.
A more complete solution by Heitjan et al. uses Bayesian methodology and treats the ICER as a two-dimensional parameter composed of the ICER value and the quadrant in which the effectiveness difference and cost difference fall [ 2].
This yields a complete solution of a problem posed by Simon and extends an earlier result of Murata.
The application of this technical result is illustrated by a complete solution of the L2-gain and robust H2-estimator design problems if the uncertainties are characterized by dynamic integral quadratic constraints.
Coupled with a synchrophasor analytic applications engine and real-time visualization, the system provides dynamic visibility of the grid by a complete solution of data validation and conditioning, linear state estimation, data analytics, and visualization.
The proposed work is the single one that provides a complete solution in order to support a frame-by-frame dynamic configuration management of a multi-processor turbo decoder, which is able to dynamically evaluate and generate the configuration data depending on throughput and error rate requirements.
