The phrase "a controller to make" is correct and usable in written English.
It can be used in contexts where you are referring to a device or software that is designed to create or manage something.
Example: "We need to implement a controller to make the system more efficient and user-friendly."
Alternatives: "a device to create" or "a tool to produce".
Apple's new TV box builds on the company's existing piece of hockey puck shaped and sized kit — and looks almost identical to it — but features a remote with built-in Siri and which can transform into a controller to make the box into something like a games console.
The board also said that the absence of a supervisor from the Teterboro tower at the time of the crash had allowed a controller to make a "nonbusiness" telephone call after he cleared the plane for takeoff, and slowed emergency notifications.
In the operation-collection stage, an operator uses a controller to make the UAV fly along a predefined path.
An SDN-based network is realized by allowing network hardware elements (e.g., switches) to be programmed and controlled through a standardized interface such as OpenFlow [143] and by employing a network controller to make control decisions on the operations of the data forwarding infrastructure.
Thus, the design goal of 2DOF control design is find a feedforward controller and a feedback controller to make following optimization object satisfied, min G FF, G FB ?
The proposed design is composed of a string under variable tension with a central mass attachment as an undamped dynamic vibration absorber (DVA), a negative stiffness mechanism as a string tension adjustment aid and a tuning controller to make it adaptive.
At this year's E3, amid the PS3 fanfare and hardcore tech demos, the company also made time to show off Buzz, a multiplayer music quiz game, which utilises a bespoke controller to make the content accessible to whoever gathers around the TV of an evening.
They are, oddly enough, water resistant to 3 ATM and they run the MSP430TM low power processor and a Bluetooth controller to make the magic happen.
The first class [24,25] requires a centralized controller to make the scheduling decisions and focuses on developing scheduling algorithms whose stability can be guaranteed in a fraction of the capacity region.
We also showed how the analysis can be used by an OSA controller to make critical decisions such as selecting the channel switching policy or the priority queueing discipline based on the estimated channel parameters.
Using Lyapunov method, we design a nonlinear feedback controller to make the controlled system be stabilized.
