The phrase "applications without the need" is correct and usable in written English.
It can be used when discussing software or tools that do not require certain prerequisites or conditions to function.
Example: "Our new software allows users to run applications without the need for extensive technical knowledge."
Alternatives: "applications that don't require" or "applications free from the necessity".
Ministers said the changes would "get Britain building again", giving developers power to push through applications without the need for council approval and making it easier for the government to sell off unused public land for development.
In the second key area of spending, web services use standard internet technologies such as the mark-up language, XML, to link together different computer systems over the net, creating new services and applications without the need for costly integration or programming.
Adobe's AIR, by contrast, uses such technologies as Flash, JavaScript and hypertext markup language to serve up rich, Internet-based applications without the need for a browser.
These results demonstrate the feasibility of two-dimensional graphene devices for analog and radio-frequency circuit applications without the need for bandgap engineering.
Second, Ning is working hard to roll out new features, including dead-simple tools to create uniquely different applications without the need for any programming skills whatsoever.
This is crucial to allow ongoing performance in many applications, without the need for an on-site operator to take care of it.
All the models required for system analysis are presented in these chapters for recall and application, without the need to search for old lecture notes.
For example: Jelastic, from Zhitomir, Ukraine, is an emerging player in the cloud computing; they provide a next-gen Java (and soon PHP and Ruby) development-as-service platform which can run and scale any Java application without the need to deploy and administer the complicated infrastructure.
By means of the obtained expression, the maximum plate thickness capable to provide a desired discharging power can be determined as a function of the properties of the PCM and the operation constraints of the application without the need of simulations.
The objective of this research was to remedy this situation by designing and implementing a reusable and pluggable hardware and software framework that can be used in any AR application without the need to re-implement low-level communication interfaces with selected hardware.
Utilization of the Java WebStart technology ensures that users will have the latest version of the application, without the need for manual updating.
