White Paper: EmpowerMX
How can an air carrier take advantage of the MSG-3 based aircraft maintenance programs?
In the aircraft maintenance world, MSG-3 is the root of all inspection schedules in a process starting before an aircraft enters service. Here is a look at this fascinating process of how manufacturers and operators work to achieve the end result.
This whitepaper examines the development of aircraft maintenance program logic and offers suggestions for realizing the full safety of those developments.
What are the three broad processes introduced by MSG-1 to classify the scheduled aircraft maintenance requirements?
What are the four basic objectives of an efficient airline maintenance program generated by MSG-3?
What are the MSG-3 requirements and the mandatory maintenance requirements generated by compliance to FAR 25.571 that a new aircraft usually have?
Download this informative whitepaper to make the first step in making that necessary culture change and achieving the economic benefits of MSG-3 maintenance program in an air carrier’s maintenance organization.
By: NUCLEUS RESEARCH
With ''Adaptive Insights'' companies of all sizes and industries can plan smarter, report faster and analyze better for transforming business performance. Companies needed adaptive insights to perform financial planning and analysis (FP&A) in a consistent and reliable way across the operations of its plants. The organizations uses SAP and Hyperion for global consolidation, but lackes a common tool to perform planning and analysis at the local level. Key features this descriptive whitepaper on ''Adaptive Insights'' focuses are: What are the key advantage of Adaptive insights? How can implementing an Adaptive Planning solution allow managers to create more concise, and accurate budgets and forecasts? How Adaptive Insights can provide better visibility, and the ability to analyze and understand value stream performance? How to evaluate Adaptive Planning based on your organization’s needs? How to quantify and calculate the ROI for company’s investment in its deployment of Adaptive Planning?
By: Zeenyx Software
Effective test automation for terminal-based software can be developed quickly and efficiently. A high degree of coverage and a good return on investment can be achieved while improving software quality. The process and level of effort for building automated tests for terminal-based applications are similar to that of automating tests for applications running on other platforms, including MS Windows and the web. This whitepaper explains the setup, development and execution of automated tests for terminal-based applications, highlighting the differences and similarities as compared to other platforms. Key takeaways from this whitepaper: Creating an effective Test Plan Approach for building automated tests for terminal-based applications through a terminal emulator Challenges related to building test automation for terminal-based applications Ways to manage the test execution process
What is Internet of Things ?
Internet of things Global Standard Initiative defines it as “as a global infrastructure for the information society, enabling advanced services by interconnecting (physical and virtual) things based on existing and evolving interoperable information and communication technologies.” Research firm Gartner for 2017 and beyond states an estimate that by 2020 there will be as many as 20.8 billion devices connected to the internet and hardware spending on IoT would amount more than 3 trillion dollars.
What is Artificial Intelligence ?
Artificial Intelligence involves incorporating features in machines that mimic human intelligence and cognitive attributes like self-learning, visual perception, speech recognition, logical problem solving, and decision making. The Artificial Intelligence field aims to solve human intelligence and put its features in software, robots, and machines in general for increased efficiency in performing tasks that exceed common mathematical boundaries and human capacities.
What is Software Applications ?
Application software can be categorized into three disparate classes: systems software, programming software and applications software. These applications are task oriented and come in various types, which includes database programs, word processing, web browsers and spreadsheets. It is also known as productivity programs, since it enables end-users to complete tasks, such as creating documents, spreadsheets, databases, sending email, designing graphics, and even playing games.