Communications via systems-on-chips clustering in large-scaled sensor networks

 

Presented by

G.Pranay

10841D5519

EMBEDDED SYSTEMS

DESCRIPTION  :

A sensor is a low-cost and low-power device capable of communicating between short distances. Sensors have been used to collect a wide range of data, including temperature, humidity, pressure, noise levels, vehicular movement, etc. With advancements in digital electronics and wireless communication technologies, sensors have become increasingly powerful and cost effective. It is understood that a possible implementation

method for sensor networks could utilize Systems-on- Chips (SoC) designs as sensor nodes.

 

Communications via systems-on-chips clustering in large-scaled sensor networks

 

Presented by

G.Pranay

10841D5519

EMBEDDED SYSTEMS

 

DESCRIPTION  :

A sensor is a low-cost and low-power device capable of communicating between short distances. Sensors have been used to collect a wide range of data, including temperature, humidity, pressure, noise levels, vehicular movement, etc. With advancements in digital electronics and wireless communication technologies, sensors have become increasingly powerful and cost effective. It is understood that a possible implementation

method for sensor networks could utilize Systems-on-Chips (SoC) designs as sensor nodes.

 

 

 

EMBEDDED SYSTEM BASED WEB SERVER USING ARM PROCESSOR

INTEGRATION OF NETWORKED EMBEDDED SYSTEMS INTO POWER EQUIPMENT REMOTE CONTROL AND MONITORING

 

Presented by

                                                     

N.Narender Reddy,

 10841D5522,

Embedded Systems

Description :

Two networked embedded systems for existent power equipment are designed in this paper to achieve the goal of  remote control and monitoring. Traditionally, an embedded system is implemented on a single microprocessor board with the programs stored in ROM..These kinds of embedded systems are used in various applications such as power plant, automobile control, house systems and information appliances etc.

ØThe basic function of an industrial embedded system is to acquire and accumulate data about the status of the object, and to control its operation. 

THE CARROT, THE EGG AND THE COFFEE BEAN story!!!

You are about to get in to new environment of course you may enjoyed your first half of your life under the shelter of your  parents but from now you may supposed to get some bitter and better experience.
Here I would like to put up few facts
Put three pots of water over the fire. In the first pot, put some carrots. In the second pot, put some eggs. In the third pot, put some coffee beans that have been grounded into coffee powder.
Boil all three pots for 15 minutes. Take out what you put in.

• The carrots went in hard.  They are now soft.
• The eggs went in soft inside. Now they are hard inside.
• The coffee powder has disappeared. But the water has the color and the wonderful smell of coffee.

Now think about life.
Life is not always easy. Life is not always comfortable. Sometimes life is very hard. Things don’t happen like we wish. People don’t treat us like we hope. We work very hard but get few results.
What happens when we face difficulties?
Now think about the pots.
The boiling water is like the problems of life.
We can be like the carrots.
We go in tough and strong. We come out soft and weak. We get very tired. We lose hope. We give up.
There is no more fighting spirit.
Don’t be like the carrots!
We can be like the eggs.
We start with a soft and sensitive heart. We end up very hard and unfeeling inside. We hate others.
We don’t like ourselves. We become hard-hearted. There is no warm feeling, only bitterness.
Don’t be like the eggs!

We can be like the coffee beans.
The water does not change the coffee powder. The coffee powder changes the water!
The water has become different because of the coffee powder. See it. Smell it. Drink it.
The hotter the water,  the better the taste.
We make something good from the difficulties we face. We learn new things; we have new knowledge, new skills and new abilities. We make the world around us better.
To succeed, we must try… and try again.
We must believe in what we are doing. We must not give up. We must be patient.
We must keep pushing.
Problems and difficulties give us the chance to become stronger… and better… and tougher.
What are we like when things do not go well?
Are we like the carrot… or the egg…

Be like the coffee bean!
All the best!!!
Regards

Basic skill' s required for Embedded software engineer

 

Key values, beliefs, and attitudes:

• Initiative: self-motivated, self-confident, self-driven, self-learning, always striving for excellence

• Commitment: responsible, responsive, committed to winning

• Solid functional and technical skills

• Work quality: "do it right the first time", attention to detail, good documentation.

Technical skills :

·  Firmware development: 8051 and ARM are preferred 

·  Hands-on experience with embedded software suites such as IAR, Keil, RealView 

·  Hands-on experience with Verilog Hardware Description Language 

·  ASIC design block level and full-chip verification 

·  Basic knowledge of logic testing and design-for-testability 

·  Exposure to ASIC/FPGA design flow and methodology is required 

·  Exposure to HDL, synthesis, static timing analysis, constraining, place & route

·  Comfortable with Unix, fluency in Perl and/or Shell scripting, agile with Make, and familiar with Revision Control (CVS, SVN) 

·  Strong analytical and problem solving skills 

·  Excellent communication, documentation and presentation skills 

·  Must have strong self learning ability and enjoy working in teams.

hi friends these are the some of skills expected by top MNC 's for the position of Embedded software engineer . Analyze yourself and try to fulfill  those skills . ALL THE BEST .

Basic skilss required for Embedded software engineer

Key values, beliefs, and attitudes:

• Initiative: self-motivated, self-confident, self-driven, self-learning, always striving for excellence

• Commitment: responsible, responsive, committed to winning

• Solid functional and technical skills

• Work quality: "do it right the first time", attention to detail, good documentation

Technical skills :

·  Firmware development: 8051 and ARM are preferred

·  Hands-on experience with embedded software suites such as IAR, Keil, RealView

·  Hands-on experience with Verilog Hardware Description Language

·  ASIC design block level and full-chip verification

·  Basic knowledge of logic testing and design-for-testability

·  Exposure to ASIC/FPGA design flow and methodology is required

·  Exposure to HDL, synthesis, static timing analysis, constraining, place & route

·  Comfortable with Unix, fluency in Perl and/or Shell scripting, agile with Make, and familiar with Revision Control (CVS, SVN)

·  Strong analytical and problem solving skills

·  Excellent communication, documentation and presentation skills

·  Must have strong self learning ability and enjoy working in teams

Hi friends these are some of skills that are expected by some of top MNC 's. Try to analyze your self and fulfill yourself by those skills  ALL THE BEST.