Implementations example sentences

"Implementations" Example Sentences

1. The company is reviewing different implementations of the new software product.
2. Researchers are testing various implementations of the new machine learning algorithm.
3. The project is testing three different implementations of the payment processing system.
4. Developers are optimizing the performance of previous implementations of the engine.
5. The study evaluated several implementations of the proposed method.
6. The policy has seen various implementations over the years.
7. The issue lies not with the design, but with flawed implementations of the design.
8. Stakeholders debated which features and implementations would best serve users.
9. They improved the efficiency of previous implementations through parallelization.
10. The initial implementations were prototypes to test the concept.
11. Implementation details often differ from theoretical proposals and models.
12. Engineers modified the hardware for prior implementations to work with updated chips.
13. Users reported issues with early implementations of the software.
14. Previous implementations were too expensive, so they focused on cost reduction.
15. Experts advocated for standards and best practices across implementations.
16. Variations in implementations make it hard to compare different studies.
17. Strategies for scaling implementations will depend on architectures and frameworks used.
18. Distributed implementations require additional considerations for latency and bandwidth.
19. Improvements in one part often propagate through to all implementations.
20. Developers are writing documentation to standardize and clarify different implementations.
21. Early implementations were limited to proofs of concept and demonstrators.
22. Compatibility issues arose from differences in past implementations.
23. Implementations often depend on available technology and resources.
24. Researchers tested how factors impacted outcomes across implementations.
25. Developers iterated through several implementations before arriving at the current solution.
26. Recommended practices exist to guide consistent implementations.
27. Successful implementations require thorough testing and evaluation.
28. New features will require modifications to existing implementations.
29. They failed to consider edge cases not covered by their implementations.
30. The study analyzed datasets from multiple relevant implementations.
31. Comprehensive interfaces simplify integrating different implementations.
32. Real-world implementations often differ from idealized models.
33. Patch releases addressed issues discovered in live implementations.
34. A common API enables switching between different compatible implementations.
35. Practical limitations shaped available implementation options.
36. Limitations of early implementations motivated revisions and redesigns.
37. Robust implementations should handle unexpected inputs gracefully.
38. Implementation differences led to drastically varying results.
39. Researchers want to standardize evaluations across implementations.
40. Previous implementations are now considered outdated or archaic.
41. The organization adopted a reference implementation for partners to follow.
42. Implementation choices depended on available computational resources.
43. Several open-source implementations exist for reference and comparison.
44. Users complained about performance issues in initial implementations.
45. They fixed security vulnerabilities present in older implementations.
46. Details of specific implementations were omitted from the presentation.
47. Requirements documents should cover constraint implications for implementations.
48. Implementations are inevitably bound by current limitations of technology.
49. The company sells different pre-configured implementations to customers.
50. Early adopters helped identify issues and improve implementations.
51. New implementations built upon lessons learned from previous attempts.
52. Implementations must comply with relevant standards and regulations.
53. They optimized their implementation for speed based on usage profiles.
54. Developers iterated through multiple prototypes before stable implementations.
55. Full implementations required integrating many subsystems and components.
56. They adopted an experimental-driven approach to developing implementations.
57. Implementations must achieve required performance targets to be viable.
58. Successful implementations improved people's lives in meaningful ways.
59. Differences in implementations made comparing results difficult.
60. The patent covered various possible implementations of the invention.

Common Phases

1. Previous implementations
2. Multiple implementations
3. Different implementations
4. New implementations
5. Various implementations
6. Initial implementations
7. Live implementations
8. Consistent implementations
9. Successful implementations
10. Limited implementations