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This document discusses industrial automation and mobile apps. It describes how companies like Bosch Rexroth enable mobile access to product catalogs and configurators. It then discusses a case study on common issues with mobile app development like memory management, software lifecycles, testing, and network management. Solutions proposed include intuitive mobile apps for controlling machinery and leveraging high-level programming languages. Industry 4.0 is said to utilize more data to streamline production compared to the older human-driven processes of Industry 3.0.

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0% found this document useful (0 votes)
135 views16 pages

Navpdfdocument From ?? Keep Smiling?

This document discusses industrial automation and mobile apps. It describes how companies like Bosch Rexroth enable mobile access to product catalogs and configurators. It then discusses a case study on common issues with mobile app development like memory management, software lifecycles, testing, and network management. Solutions proposed include intuitive mobile apps for controlling machinery and leveraging high-level programming languages. Industry 4.0 is said to utilize more data to streamline production compared to the older human-driven processes of Industry 3.0.

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NPMYS23
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© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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INDUSTRIAL AUTOMATION

MOBILE APPS

• DONE BY:
• NAVEEN
R(1NT17ME084)
• 6 SEM, C-SECTION
T H
CONTENT

 ACKNOWLEDGMENT
Introduction to company
Problem description on Case Study
Solution to the Case Study
Benefits of Industry 4.0 w.r.t 3.0
Discussion
Reference
ACKNOWLEDGMENT

I am grateful to Dr.Sudheer Reddy, Head of the department, Mechanical


engineering for his invaluable guidance and support.
I would like to express my great appreciation to Mr. Prashant N for his
valuable and constructive suggestion during the planning and developing
of the case study. His willingness to give his time so generously has been
very much appreciative.
INTRODUCTION

Product selection tools were some of the first apps to go mobile. Bosch


Rexroth (www.boschrexroth.com) and Schneider Electric are two of many
automation suppliers that enable mobile access to searchable product
catalogs, multimedia product information and links to make purchasing
easier.
Another category of industrial mobile app is product configurators and
programming tools. These digitize and streamline the startup and
maintenance of drives, controllers and other components, and securely
store parameters in the cloud for retrieval at any time.
CASE STUDY

1. Memory management
2. Software lifecycle
3. Inadequate testing
4. Network management
5. Error condition and exception handling
6. Too much code
1. Memory management 2. Software lifecycle
• One of the biggest problem areas • The iterative app development process, with its
according to virtually everyone I spoke to constant series of frequent releases, opens doors
is memory management. An app might for getting to market with a minimum viable
be spinning too many threads and product and then improving it over time, building
soaking up memory resources or running an audience.
on a system that has too many apps open.
• But the loss of the traditional software lifecycle
• People write code as though only their introduces significant complications because of
apps exist, says Sachin Agarwal, VP dependencies on the operating system and third-
Marketing at OpsClarity. Your software party APIs.
needs to be a "good citizen in the app
ecosystem," he says. "I look at some • The growth of mobile and cloud computing has
news apps and they're looking at almost a increased the use of third-party services, and
gig of data. They're archiving news from their associated APIs, that save time and help get
the last month. an app to market more quickly. But they have
their own set of issues.
• There's a level of corporate citizenship
that needs to come up on mobile apps."
3. Inadequate testing 4. Network management
• The need for testing is obvious, but • As apps have increasingly come to depend on
getting adequate coverage, particularly network access, either for data or for third-party
with the plethora of Android versions and services, network management has grown as a
devices, can be challenging. source of trouble.

• There are simulators, but software • "The most important reason [apps crash] is the
running on a server might not show the responsiveness and your app hanging when you're
same performance limitations. trying to get some data, or you have submitted
something and you're waiting for a response," says
• There are services that run pairings of
Pravin Vazirani, associate vice president of
different devices and varia ons of opera ng
operations for Chetu, a software development
systems and make them available, but that consultancy.
would likely be more expensive than a
simulator. • It could be that the developer had a good Wi-Fi
•  The choice becomes a trade‐off between connection, but the user is on a mobile network in
an area with bad reception.
budgets and needs.
5. Error condition and exception 6. Too much code
handling • But perhaps the best advice is to keep an app
• Given the complications of mobile simple. Provide the single-purpose tool that
development, some errors are inevitable, people want and use the exercise to code only
 whether it's an unexpected API change, a what is necessary. "The best and most bug-
memory problem that avoided previous free code is the code that you don't write," says
detection, or a network condition that ends Felipe Laso-Marsetti, senior systems engineer
connectivity or even just slows data speeds with enterprise mobile development firm
during the transmission of large files like Lextech Global Services.
images or video.
• Can you realistically create a bug-free app,
• What stands between such a situation and particularly on a first round? Probably not.
a crash is good error and exception handling.
• However, you can focus on these trouble
• This way, an app can't get thrown by an sources and do your best to create strong
unexpected attempt to divide by zero, an exception handling for the things that can and
incorrectly entered response from a user. will go wrong. Murphy may wander the world
of software development, but you can make
sure he steps as lightly as possible.
SOLUTIONS

Apps for iOS and Android


To control this triaxial system, Glaub uses a control and diagnostics app
for iOS and Android in order to obtain initial experience and get to know
more about how the technology functions.
CEO Niko Glaub is enthusiastic about the options. “With its Open Core
Engineering concept, Bosch Rexroth is setting something significant in
motion.
It is assuming a leadership role when merging the world of manufacturing
with the IT infrastructure used in offices. It is unleashing all the
advantages we know today in the control of mobile devices.”
Simple programming
Direct access to the control functions and to the variables in the PLC is
implemented by Glaub with the help of three high-level languages: C++,
Objective-C and Java. “Now I can shift complex logic away from the PLC.
This is a great help, since some programming in high-level languages is
far simpler than using the ladder diagram, instruction list or structured
text,” Matthias Fleischer explains.
In addition to machine movements controlled by the accelerometers
integrated into the smart device, the user can also control the system of
axes with gestures executed on the touch screen. There is also a
diagnosis button in the header for the app.
SOME OF THE OTHER SOLUTIONS ARE

Intuitive Operation
An exciting future
A bridge between automation and the IT world
How industry 4.0 is better than 3.0

In Industry 3.0, we automate processes using logic processors and


information technology. These processes often operate largely without
human interference, but there is still a human aspect behind it. Where
Industry 4.0 comes in is with the availability and use of vast quantities of
data on the production floor.
For an example of the old way (Industry 3.0), take a CNC machine: while
largely automated, it still needs input from a human controller. The
process is automated based on human input, not by data. Under Industry
4.0, that same CNC machine would not only be able to follow set
programming parameters, but also use data to streamline production
processes.
DISCUSSION

Bosch Rexroth is one of the leading specialists in the field of drive and
control technologies. We develop innovative concepts for machine and
plant manufacturers all over the world. With its long history and unique
industry expertise, the company has become synonymous with tailored
solutions. Below is a brief history of Bosch Rexroth, spanning more than
200 years.
In the Factory of the Future everything is connected from field level to
cloud-based IT systems. Automation solutions fit into this environment
only with open standards. They must be easy to (re)configure and
encompass predefined app-based functions. At the same time they must
enable the highest degree of freedom and flexibility to adapt to the
individual needs of businesses.
REFERENCES

https://www.quora.com/Is-industrial-automation-using-Android-feasible
https://www.automationworld.com/products/control/article/13312275/
industrial-mobile-apps-whos-using-them-and-why
https://techbeacon.com/app-dev-testing/top-6-reasons-mobile-apps-
crash-how-best-avoid-murphy
https://www.boschrexroth.com/en/xc/company/index
https://en.wikipedia.org/wiki/Bosch_Rexroth
https://www.boschrexroth.com/en/xc/industries/mobile-applications/
construction-machinery/standard-excavators/index
O U
Y
NK
H A
T

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