Graduation project of electronic information engineering. Topics are not limited urgent。。。。。。。

Describe your graduation project in Electronic Information Engineering. (Topics are not limited) urgent。。。。。。。 We can provide you with a ** for beginners, if you have further needs, please contact us, come to me with your questions and email, there is a chance to help you, definitely emergency, please use baiduhi to leave a message for me, this reply is valid for all needs and visitors, es:

27285222a6e6043d808dc983032c40c0

Summary. 1. The data that has been covered cannot be recovered, whether it is a hard disk, a USB flash drive, a computer, a memory card or any other storage device, as long as the data is overwritten, it is very likely that there is no way to recover it, which is the premise of data recovery. 2. The principle of data recovery is to find the lost data on the original storage medium, and there is no way to recover the data if the storage medium is lost, which is similar to the overwritten problem.

3. The equipment is seriously damaged and cannot be recovered, and the problems such as accidental deletion, formatting, head failure, motor failure, and bad sectors of the hard disk can be recovered by professional data recovery means, but the data cannot be recovered when the platter is damaged.

Please send me the title.

Please answer within fifteen minutes.

If it's 320g, the general ghost image will have about - g, and it will not be completely searched to prove that the compression is not enough, the internal simplification is insufficient, or there is too much software that comes with it. If it's 64 bits, it will generally exceed a g, but it is rare to see more than 4 ggho formatted image, if it's .

If the ISO disc image is used, the hand posture may be larger, generally about tens to 100 megabytes more, not too much.

The steps to view the image file are:1First of all, we create a folder in the computer, and put the disc image file in the folder.

2.Then look at the disc image file and select the disc image file for destruction. 3.

After selecting the disc image file, use the right mouse button to click the pop-up menu to select the opening method. 4.The opening method generally selects the image recognizer, and we need to open the image file here, so we choose the compression program.

The third question is, what data can't be recovered?

1. The data that has been covered cannot be recovered, whether it is a hard disk, a USB flash drive, a computer, a memory card or any other storage device, as long as the data is overwritten, it is very likely that there is no way to recover it, which is the premise of data recovery in the pure group. 2. The principle of data recovery is to find the lost data on the original storage medium, and there is no way to recover the data if the storage medium is lost, which is similar to the overwritten problem. 3. The equipment is seriously damaged and cannot be recovered, and the problems such as accidental deletion and deletion of the mechanical hard disk, formatting, head failure, motor failure, and bad sectors of the hard disk can be recovered by professional data recovery means, but in case of platter damage, there is no disadvantage method for data recovery.

Ok, I'm a computer teacher<>

Not a profession.

1. The main courses are different.

1. Electronic Information Engineering: Advanced Mathematics, Linear Algebra, Probability and Statistics, College Physics, Signals and Systems, College English, Major English and Gao Honghu, Circuit Analysis, Electronic Technology Basics, C Language, High Frequency Electronic Technology, Electronic Measurement Technology, Communication Technology, Automatic Detection Technology, Network and Office Automation Technology, etc. **Technology, microcontroller technology, electronic system design process.

Electronic Design Automation (EDA) Technology, Digital Signal Processing (DSP) Technology, Analog Circuits, Digital Circuits, Microprocessor Principles and Applications, ARM Embedded Systems, Automatic Control, Sensor Principles and Applications, Electronic and Electrical Practices, Electric Submarine Training and other experimental courses.

2. Information Engineering: Circuits, Electronic Technology, Signals and Systems, Electromagnetic Fields and Electromagnetic Waves, Principles of Automatic Control, Computer Courses, Communication Courses, Signal Processing Courses, and Automatic Control Courses.

Second, the training objectives are different.

1. Electronic information engineering: focus on cultivating the basic knowledge and ability of electronic information technology; Basic ability in electronic product assembly, debugging and design; Have the ability to install, debug, maintain and apply general electronic equipment; Instrumentation capabilities. commissioning, maintenance and management of office automation equipment; It has communication equipment and household capabilities.

Have the ability to read, analyze, install, debug and maintain electronic circuit diagrams; Have the ability to design and organize the intelligent control of electromechanical equipment; Ability to read relevant professional English materials; Strong computer-aided reading skills. The application of computer technology has reached the level of computer level 4.

2. Information Engineering: The information engineering major cultivates knowledge of information acquisition, transmission, processing, utilization, and control system analysis and design. It is engaged in the research, design, integration, manufacturing and operation of information systems and control systems in various sectors of the information industry and the national economy.

Technical and scientific personnel.

This major is a large-caliber major, covering three basic majors: "Electronic Information Engineering", "Communication Engineering" and "Automation (Partial)" in the 1998 Undergraduate Majors Catalog of the Ministry of Education.

Third, the training requirements are different.

1. Electronic Information Engineering: Students in this major mainly learn the basic theories and knowledge of signal acquisition and processing, electronic equipment and information systems. Basic training in electronic information engineering practice, including production practice and laboratory experiments.

Have good scientific quality, the basic ability to design, develop, apply and integrate electronic equipment and information systems, and have a strong ability to update knowledge and a wide range of scientific adaptability.

2. Information Engineering: Students in this major mainly learn the basic theories and basic knowledge of information science and technology, and have received training in information system analysis and design. Basic ability to design, develop, integrate and apply information systems.