Sentence examples for complex but necessary from inspiring English sources
Understanding who our narrators are and negotiating with them about how we plan to use their narratives is a complex, but necessary dialogue we must have if we want to tell others' stories responsibly.
Current modelling techniques can struggle to mesh correctly accurate unit cell models and apply the complex but necessary periodic boundary conditions required, often with sacrifices made in idealisation of the weave architecture.
It's a complex, but necessary task at the heart of Assistant Professor Sergey Levine's robotics group.
Providing accurate software effort prediction models is complex but necessary for the software industry (Moløkken and Jørgensen 2003).
Managing collaboration testbeds is complex but necessary for achieving scale, diversity, cost-efficiency, and to improve the sustainability and quality of the individual testbeds and the collaboration as a whole.
A more complex, but necessary step would be the coupling of the roots development modelling approaches and tools with the ones of the whole plant modeling in order to reason the ideotype at the whole plant level.
Maintaining an appropriate degree of separation between these elements is complex, but is necessary for reasons of propriety.
As serial digital acquisitions become more common, a holistic integration strategy becomes more complex but also more necessary.
A more complex but no less necessary task is to devise rules for existing power plants, which cannot be quickly shuttered without endangering the country's power supply, but which can be made more efficient or phased out over time.
The 150 recipes tend to be a bit more complex than necessary, but they work.
Even though employed widely in industrial practice, the popular PID controller has weaknesses that limit its achievable performance, and an intrinsic structure that makes tuning not only more complex than necessary, but also less transparent with respect to the key attributes of the overall controller performance, namely: robustness, set-point tracking, and disturbance rejection.
