DISCUSSION FORUM

1 the incredible changes and development in the management and processing of information have brought about advances in all areas, forms design and production to distribution and sales. IT has allowed companies to build up a competitive advantage ,increase their efficiency and speed ,cut costs and develop strategic planning

1.TI has allowed companies to build up a competitiv advantage, increase their efficiency and speed, cut costs and develop strategic planning.

1) the incredible changes and development in the management and processing of information have brought about advances in all areas, forms design and production to distribution and sales. I

TI has allowed companies to build up a competitiv advantage, increase their efficiency and speed, cut costs and develop strategic planning.

1.TI has allowed companies to build up a competitiv advantage, increase their efficiency and speed, cut costs and develop strategic planning.

TI has allowed companies to build up a competitiv advantage, increase their efficiency and speed, cut costs and develop strategic planning.

TI has allowed companies to build up a competitiv advantage, increase their efficiency and speed, cut costs and develop strategic planning.

TI has allowed companies to build up a competitiv advantage, increase their efficiency and speed, cut costs and develop strategic planning.

2. CAD : Computer Aided Design
CAM : Computer Aided Manufacturing
CAE : Computet Aided Engineering
CIM : Computer Integrated Manufacturing
RFID : Radio Frequency Identification
QR : Quick Respons

2. a. computer -aided design
b. computer- aided manufacturing
c. computer- aided engineering
d. computer-integrated manufacturing
e. radio frequency identification
f. Quick Response

2. -CAD : Computer Aided Design
-CAM : Computer Aided Manufacturing
-CAE : Computet Aided Engineering
-CIM : Computer Integrated Manufacturing
-RFID : Radio Frequency Identification
-QR : Quick Respons

CAD : Computer Aided Design
CAM : Computer Aided Manufacturing
CAE : Computet Aided Engineering
CIM : Computer Integrated Manufacturing
RFID : Radio Frequency Identification
QR : Quick Respons

CAD : Computer aided design
1. Quick response.

2. More flexible and large manufacturing design.

3. Improve product quality and reduce production costs per unit.

4. Reduces the need for physical prototyping.
5. Rare expert use efficiency.

CAM (Computer Aided Manufacturing)
CAE or short for Computer-aided engineering is the use of computer software to assist engineering analysis tasks. which includes finite element analysis, computational fluid dynamics, multibody dynamics, and optimization.

Computer Integrated Manufacturing (CIM) is the integration of business, engineering, manufacturing, and information management covering the company's functions from marketing to product distribution.

RFID (Radio Frequency Identification). RFID is a technology used to identify and retrieve data using barcodes or magnetic cards.
QR : quick respon s

CAD : Computer Aided Design
CAM : Computer Aided Manufacturing
CAE : Computet Aided Engineering
CIM : Computer Integrated Manufacturing
RFID : Radio Frequency Identification
QR : Quick Respons

a. CAD : Computer Aided Design
b. CAM : Computer Aided Manufacturing
C. CAE : Computet Aided Engineering
d. CIM : Computer Integrated Manufacturing
e. RFID : Radio Frequency Identification
f. QR : Quick Respons

2.Computer Aided Design
Computer Aided Manufacturing
Computet Aided Engineering
Computer Integrated Manufacturing
Radio Frequency Identification
Quick Respons

CAD : Computer Aided Design
CAM : Computer Aided Manufacturing
CAE : Computet Aided Engineering
CIM : Computer Integrated Manufacturing
RFID : Radio Frequency Identification
QR : Quick Respons

CAD : Computer Aided Design
CAM : Computer Aided Manufacturing
CAE : Computet Aided Engineering
CIM : Computer Integrated Manufacturing
RFID : Radio Frequency Identification
QR : Quick Respons

2. a. computer -aided design
b. computer- aided manufacturing
c. computer- aided engineering
d. computer-integrated manufacturing
e. radio frequency identification
f. Quick Response

3. The software allows the user to rotate the model in any direction and to edit and instantly make changes to the design. It is widely employed in the automotive and aerospace industries, as well as architectural design.

3.The software allows the user to rotate the model in any direction and to edit and instantly make changes to the design.

The software allows the user to rotate the model in any direction and to edit and instantly make changes to the design.

The software allows the user to rotate the model in any direction and to edit and instantly make changes to the design. It is widely employed in the automotive and aerospace industries, as well as architectural design.

3.The software allows the user to rotate the model in any direction and to edit and instantly make changes to the design.

The software allows the user to rotate the model in any direction and to edit and instantly make changes to the design.

The software allows the user to rotate the model in any direction and to edit and instantly make changes to the design. It is widely employed in the automotive and aerospace industries, as well as architectural design.

4. Refers to computer applications which control the machine tools used to produce high-quality parts. Its benefits include precise control, a more efficient and faster production process and less waste of raw materials.

4.Refers to computer applications which control the machine tools used to produce high-quality parts.

CAM Assist by controling the machine tools used to produce high quality parts with precise control, more efficient, faster production process, and less waste of raw material

Refers to computer applications which control the machine tools used to produce high-quality parts. Its benefits include precise control, a more efficient and faster production process and less waste of raw materials.

4. CAM Assist by controling the machine tools used to produce high quality parts with precise control, more efficient, faster production process, and less waste of raw material.

CAM Assist by controling the machine tools used to produce high quality parts with precise control, more efficient, faster production process, and less waste of raw material

CAM Assist by controling the machine tools used to produce high quality parts with precise control, more efficient, faster production process, and less waste of raw material

5. the two components of a RFID system are tags and readers

5. The two components of a RFID system are tags and readers.

5.the two components of a RFID system are tags and readers

the two components of a RFID system are tags and readers.

5.the two components of a RFID system are tags and readers

the two components of a RFID system are tags and readers

the two components of a RFID system are tags and readers.

7 .QR codes are used for physical hyperlinks that can store addresses and URLs, phone numbers, texts and sms that can be used in magazines, daily letters, advertisements, on bus signs, business cards or other media. Or in other words, as a quick link to bold content and engaging content. because the presence of this code allows the audience to interact with the media attached to it via mobile phones effectively and efficiently.

QR codes function like physical hyperlinks that can store addresses and URLs, phone numbers, texts and sms that can be used in magazines, daily letters, advertisements, on bus signs, business cards or other media. Or in other words, as a fast link for online content and offline content.

7.QR codes are used for physical hyperlinks that can store addresses and URLs, phone numbers, texts and sms that can be used in magazines, daily letters, advertisements, on bus signs, business cards or other media.

QR codes are used for physical hyperlinks that can store addresses and URLs, phone numbers, texts and sms that can be used in magazines, daily letters, advertisements, on bus signs, business cards or other media. Or in other words, as a quick link to bold content and engaging content. because the presence of this code allows the audience to interact with the media attached to it via mobile phones effectively and efficiently.

QR codes function like physical hyperlinks that can store addresses and URLs, phone numbers, texts and sms that can be used in magazines, daily letters, advertisements, on bus signs, business cards or other media. Or in other words, as a fast link for online content and offline content.

QR codes function like physical hyperlinks that can store addresses and URLs, phone numbers, texts and sms that can be used in magazines, daily letters, advertisements, on bus signs, business cards or other media. Or in other words, as a fast link for online content and offline content.

6.These reader a collect the data whitout direct contact whit the tag it is sufficient for it to be whitin a certain distance. in addition multiples tag can be read at the same time.

6. RFID technology is considered more comprehensive than barcode technology. RFID tags can be read at longer distances. The RFID reader can access the information on the tag from a distance of about 300 meters, while the barcode technology cannot be read from a distance of more than 15 meters. RFID technology is also superior to barcode technology in terms of speed. RFID tags can be read faster than barcode tags.

RFID technology is considered more comprehensive than barcode technology. RFID tags can be read at longer distances. The RFID reader can access the information on the tag from a distance of about 300 meters, while the barcode technology cannot be read from a distance of more than 15 meters. RFID technology is also superior to barcode technology in terms of speed. RFID tags can be read faster than barcode tags.

RFID technology is considered more comprehensive than barcode technology. RFID tags can be read at longer distances. The RFID reader can access the information on the tag from a distance of about 300 meters, while the barcode technology cannot be read from a distance of more than 15 meters. RFID technology is also superior to barcode technology in terms of speed. RFID tags can be read faster than barcode tags.