Library management ppt
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This presentation describes a library management system created by Sarhan khan and Farhan Atta. The system has modules for login, book details, book search, student details, adding new users, and updating user status. It was developed using Visual Basic for the front end and MS Access for the back end, and can run on all Windows platforms. The system allows users to login, view book and student details stored in databases, search for available books, and perform basic operations like returning books.
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Recommended
Library Management System PPT
The presentation summarizes the OPUS library management system. It includes sections on the basic identity and objectives of a typical library system, an introduction to OPUS, and its future perspectives. It also presents the entity relationship diagram and data flow of OPUS, showing how users and administrators can interact with the system to search for books, issue books, register users, and more. The goal of OPUS is to provide easy, secure access to library books and services for both users and administrators.
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- It discusses the history and development of the first ATM machines in the late 1960s.
- It outlines the key components of an ATM machine, including the card reader, host processor, keypad/touchscreen, screen, receipt printer, cash dispenser, and their basic functions.
- It briefly explains how ATM machines connect to host processors and bank servers to authorize transactions and access customer account information.
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This document discusses different library management systems including indigenous, barcode, and RFID systems. The indigenous system uses Excel to manage tasks like member registration, book purchasing, and inventory. The barcode system uses barcodes on books and member cards to automate circulation. RFID uses radio frequency technology to track library assets and automate check-in, search, check-out, and return of materials without human intervention. Both barcode and RFID systems provide benefits like faster transactions and improved security but also have some limitations.
Software requirements specification of Library Management System
The document provides requirements for a Library Management System. It includes 3 or less sentences:
The Library Management System aims to computerize library processes like book borrowing and maintain member and book details in a database. It will allow librarians and members to search for books, view member accounts, and generate reports. The system needs to be secure, fast, and compatible with common browsers and operating systems.
ATM Banking
The document describes the requirements for an ATM network software system. It allows customers to complete banking transactions through off-premise ATMs. The software must interface with individual bank computers to process transactions. Key requirements include supporting account balance inquiries, withdrawals, and transfers according to each bank's business rules while ensuring security of customer authentication and funds. The system must also have high availability, safety protections, and handle concurrent access to accounts correctly.
A T M (Automated Teller Machine)
This document discusses the system analysis of an ATM for Kasb Bank in Blue Area, Islamabad. It outlines the hardware and software requirements for the ATM, including a Pentium 4 processor, 1GB of RAM, Windows XP, and a Linux server. It also describes the various steps of the ATM process, including verification, language selection, banking services, transactions, and special services. Security measures for the ATM are discussed, such as preventing theft and attacks like plofkraak.
Library management system presentation
The document provides information about a library management system project for an education institute. It discusses the need to automate the library's processes to make it more efficient. Some key points include:
- The existing manual system has limitations like time consumption, difficulty in searching and maintaining records.
- The new system aims to address these issues and make operations like book searching, issuing and returning faster and easier for students and staff.
- It will also facilitate generating various reports and calculating late fees for overdue books.
10 Slides to ATM
ATM (Asynchronous Transfer Mode) is a connection-oriented networking technology that transmits data in fixed-size cells and can support different types of data and applications with quality of service guarantees. ATM uses virtual connections identified by virtual path and channel identifiers to transport cells through a network of ATM switches. The ATM architecture includes physical, ATM, and adaptation layers to encapsulate data for transmission and ensure interoperability between network elements.
Atm System
This document presents an ATM system project created by three students. The system allows customers to withdraw cash, transfer money between accounts, check balances, and change passwords using just an account number for authentication. It was developed using Java for the interface, MS Access for the backend database, and JDBC for connectivity. The system architecture includes a login screen and main menu. Key functions like cash withdrawal, money transfer, and balance inquiries are described. The document discusses why Java was chosen and how the database connection is established. It includes data flow diagrams and screenshots of the login screen and main menu. In conclusion, the project creates a flexible and efficient ATM system that could be enhanced with additional features like fingerprint scanning in the future.
Library management
This document describes a library management system project that was developed to maintain operations in a library. The system includes modules for login, book details, book search, and student details. It was developed using Visual Basic 6.0 for the front end and MS Access for the back end on a Windows XP platform. The system allows users to login, view book and student details stored in databases, search for available books, and perform student and book return functions. Screenshots and data flow and database designs are provided. The conclusion states that the system was able to easily process and update the database and can be altered to meet future organizational requirements.
Library management system
This document outlines a library management system project. The system aims to automate library tasks like entering new book records, retrieving book details, and managing an easy circulation system and member records using computers. It discusses the purposes of providing a user-friendly environment and easy reports. It also summarizes the drawbacks of existing manual systems like difficulty in data retrieval and redundancy. The proposed computerized system aims to address these issues through features like member ID cards for book check-in/out and eliminating human errors in record retrieval. It provides screenshots of the frontend and backend interfaces and outlines the hardware requirements of a Pentium processor and standard accessories and the software requirements including Windows OS, Java, MySQL, Tomcat, and Netbeans IDE.
Memory access tracing [poug17]
Tracking userspace memory access (data) of an oracle database :
-Memory address
-Function name
-Instruction address-
-Memory content
-Memory access mode (read/write)
RFID in Assets and Library Management
In the proposed RFID based recording and identification system, the students and staffs can take books using their mobile phone and a RFID tag. The admin can add or update the new book entries through the web-site.
MY FIRST PPT
This document describes a proposed library management system. It will manage user and book databases, and allow users to check books in and out. It aims to make the library's operations more efficient and user-friendly by automating processes like tracking book loans and late fees. The system will be a web application developed using ASP and an MS Access database, running on Windows 7 hardware. It will include modules for login, book searching, and other common library management functions.
Modular middleware components in Apache Mynewt OS - SFO17-507
Session ID: SFO17-507
Session Name: Modular middleware components in Apache Mynewt OS - SFO17-507
Speaker: James Pace
Track: LITE
★ Session Summary ★
To make application development a breeze, Apache Mynewt OS includes several optional middleware components and a build infrastructure to easily choose and configure them while creating an image for a target device. An example is the file system module with an API that allows the application to use file system operations without being tied to a particular file system implementation. Users are free to choose the FAT file system or Apache Mynewt’s Newtron Flash File System or any other FS of their choice. The logging infrastructure is another example. It allows applications, targets, and libraries to name and define their own log streams and direct them to desired output destinations. The stats module follows the same flexible design as the log module. The accompanying build and package management tool called the Newt Tool in the Apache Mynewt OS makes bundling and configuring the packages simple. It takes care of package dependency conflicts and automates toolchain selection to simplify testing and debugging. It allows components to be tested, versioned and released independently. Each component can therefore be decoupled from the other modules, allowing it to be shared and collaborated on across multiple operating systems. The steps for creating a log stream for a package will be presented as an example to demonstrate the design simplicity and modularity of the Mynewt OS and the power of the Newt tool.
---------------------------------------------------
★ Resources ★
Event Page: http://connect.linaro.org/resource/sfo17/sfo17-507/
Presentation:
Video:
---------------------------------------------------
★ Event Details ★
Linaro Connect San Francisco 2017 (SFO17)
25-29 September 2017
Hyatt Regency San Francisco Airport
---------------------------------------------------
Keyword:
'http://www.linaro.org'
'http://connect.linaro.org'
---------------------------------------------------
Follow us on Social Media
https://www.facebook.com/LinaroOrg
https://twitter.com/linaroorg
https://www.youtube.com/user/linaroorg?sub_confirmation=1
https://www.linkedin.com/company/1026961
SuperSpeed USB and NAND Flash
The Trend
There is a trend observed in the market for designing products with SuperSpeed USB and NAND Flash inside. There are camera manufacturers, printer manufacturers as well as FLASH drive manufacturers involved in the trend. It is crucial, at this point of time in the market, to have a proper knowhow on what factors affect such designs and what can be done to achieve a successful and a longlife design.
SuperSpeed USB
The USB 3.0 standard claims that it is 10 times faster than USB 2.0. The theoretical speed is 4.8Gbps (600MBps). However looking at various realistic speed test reports made available by more
than one developers, it has been concluded that 400MBps is the maximum achievable speed for this standard.
Factors affecting performance
Depending on the NAND Flash used in the system, the performance can be estimated. But, there are a number of factors affecting the speed and performance of USB in a system. Eric Huang has listed
the dependencies very interestingly in his blog. I am listing them here.
The USB transfer speed is affected by the following factors:
Number of applications running on the host machine
The speed of the application itself
The quality of the drivers (host as well as device)
The bus on the hardware that moves data from USB controller to CPU (on host as well as device
side)
The USB PHY
The USB Cable
Non-ideal system
Looking into a nonidealized system, the SLS SuperSpeed USB Device IP Core tests performed on GigaByte A75 Motherboard have indicated the performance ~2.1Gigabits per second (262.5
Megabytes per second) with mass storage interface and ~2.7Gigabits per second (337.5 Megabytes per second) with raw interface.
There is a word in the development community about NAND Flash being the bottleneck for USB performance.
Lets see how the performance numbers with the NAND Flash look like. Mass storage performance tests with SLS SuperSpeed IP and ONFI controller IP (without ECC overload) have indicated speed
upto 101.5 MBps (812 Mbps).
What does this mean?
Transferring 1 Gb (125MB) data from the flash drive to the PC would take a second, which takes more than 6 seconds at present with USB 2.0 interface and RAM memory
Copying 5Gb (625MB) data from flash drive to PC would take 5 seconds, which is right now taking 31 seconds using USB 2.0 interface and RAM memory
Data that takes 5 minutes to transfer using USB 2.0 interface and RAM at present (6000MB) would be transferred in 48 seconds!
Not bad to have this solution for the current product upgrade...
TECH.pdf
This document contains notes on various topics related to computer science including hardware components, operating systems, programming languages, software, and parallel processing models. It defines terms like RISC, SPARC, RAID, FLASH, BIOS, and describes CPU components like registers, ALU, and control unit. It also covers operating system concepts, network layers, databases, storage technologies, programming basics, data structures, and parallel computing architectures.
ExampleIT-600Journal Entry 1Every operating system, whethe.docx
Example
IT-600
Journal Entry 1
Every operating system, whether Windows, Linux, or Macintosh have command, which guide the owner operator about the system they are using, cores, memory, processor, hardware, software, etc. They system I am using is Apple Mac OS Sierra Version 10.12.1, as displayed below.
Not being familiar with OS, I had difficulty finding out where to click and run command system_profiler, so the hardware and software information can be retrieved. Finally, after good research online, it was just the matter of clicking on system icons to get information (with more than one way).
So, on Mac OS, one can either go under Application folder and click on Utilities folder and once that opens up just click on System Information. Another way of getting on this page is to click on the Apple Menu on top left corner. Just click About This Mac and then click System Report.
Once the profiler is open, one can view information on three different contents of the system, Hardware, Network, and Software. The Hardware information is copy/paste below:
Hardware Overview:
Model Name: MacBook Pro
Model Identifier: MacBookPro9,2
Processor Name: Intel Core i7
Processor Speed: 2.9 GHz
Number of Processors: 1
Total Number of Cores: 2
L2 Cache (per Core): 256 KB
L3 Cache: 4 MB
Memory: 8 GB
Boot ROM Version: MBP91.00D3.B0D
SMC Version (system): 2.2f41
Serial Number (system): C1MKXC86DTY4
Hardware UUID: 3571F1FE-3368-58D3-85B6-26F7DDCCB1CF
Sudden Motion Sensor:
State: Enabled
This operating system in use is MacBook Pro, which can easily identified by MacBookPro9.2. The name of the processor being used on this machine is Intel Core i7 with 2.9 GHz speed. There are two different memory slots in this system, BANK0/DIMMO and BANK 1/DIMMO both of them are 4 GB with 1600 MHz speed. There are total of 2 Cores and 256 KB of L2 Cache is being used per core. Moreover, the System Profiler expands more inside information about hard drives, Bluetooth, Camera, Diagnostics, SD Card Reader, Ethernet Cards, FireWire, PCI, Memory, Printers, Storage, USB, Serial-ATA Device, etc. Under Serial-ATA Device, one can learn more about the Intel 7 Series. It is emphasizing more towards the vendor, product, link speed, negotiated link speed, physical interconnect.
Intel 7 Series Chipset:
Vendor: Intel
Product: 7 Series Chipset
Link Speed: 6 Gigabit
Negotiated Link Speed: 3 Gigabit
Physical Interconnect: SATA
Description: AHCI Version 1.30 Supported
APPLE HDD HTS541010A9E662:
Capacity: 1 TB (1,000,204,886,016 bytes)
Model: APPLE HDD HTS541010A9E662
Revision: JA0AB5D0
Serial Number: JA8006ET05XU8Y
Native Command Queuing: Yes
Queue Depth: 32
Removable Media: No
Detachable Drive: No
BSD Name: disk0
Rotational Rate: 5400
Medium Type: Rotational
Partition Map Type: GPT (GUID Partition Table)
S.M.A.R.T. status: Verified
Volumes:
EFI:
Capacity: 209.7 MB (209,715,200 bytes)
BSD Name: disk0s1
Content: EFI
Volume UUID: 0 ...
Password Cracking
This slide tells how the windows stores passwords and how one can use it to crack passwords, how one can use rainbow tables.
Password Cracking and preventing
Rainbow tables are precomputed tables that contain hashed passwords that allow for faster cracking of Windows LM and NTLM hashes. The document discusses how Windows stores passwords as hashes, how LM and NTLM hashes are generated differently with LM hashes having lower security since they are case insensitive for passwords up to 8 characters. It also discusses how using salts with hashes increases security against rainbow table attacks by making each hash unique. Brute force and dictionary attacks are other methods discussed for cracking passwords.
Cracking Using Rainbow Tables
This ppt gives you the details how the passwords are stored in windows, how one can crack them and ways to avoid them
Background jobs failure reasons
The document lists various reasons for job failures including:
1. User and password issues such as user lockouts, expired IDs, and lack of role definitions.
2. File system problems like files not opening or being corrupted and file sharing issues.
3. Variants not being properly defined and deadlocks occurring.
It then provides more specific examples of failures such as update mechanisms failing, table space overflows, archive issues, insufficient memory, program and input problems, and dependent job or event failures. Target systems also being unavailable is listed as a potential cause.
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Library management system using rfid
This document discusses using RFID technology to improve library management systems. It introduces RFID as an alternative to barcode technology and outlines three proposed models for implementing RFID in libraries of different sizes. The components of an RFID library management system are then described, including hardware like RFID tags, readers, antennas, security systems and software for tracking inventory and patron management. Benefits of RFID for libraries include reduced staff workload, improved security and inventory tracking, and faster check-in/check-out processes.
Ppt on atm machine
The document provides information about ATM machines, including:
- It describes the basic functions of an ATM machine and how customers can access their bank accounts and perform transactions even when the bank is closed.
- It discusses the history and development of the first ATM machines in the late 1960s.
- It outlines the key components of an ATM machine, including the card reader, host processor, keypad/touchscreen, screen, receipt printer, cash dispenser, and their basic functions.
- It briefly explains how ATM machines connect to host processors and bank servers to authorize transactions and access customer account information.
Library management system
This document discusses different library management systems including indigenous, barcode, and RFID systems. The indigenous system uses Excel to manage tasks like member registration, book purchasing, and inventory. The barcode system uses barcodes on books and member cards to automate circulation. RFID uses radio frequency technology to track library assets and automate check-in, search, check-out, and return of materials without human intervention. Both barcode and RFID systems provide benefits like faster transactions and improved security but also have some limitations.
Software requirements specification of Library Management System
The document provides requirements for a Library Management System. It includes 3 or less sentences:
The Library Management System aims to computerize library processes like book borrowing and maintain member and book details in a database. It will allow librarians and members to search for books, view member accounts, and generate reports. The system needs to be secure, fast, and compatible with common browsers and operating systems.
ATM Banking
The document describes the requirements for an ATM network software system. It allows customers to complete banking transactions through off-premise ATMs. The software must interface with individual bank computers to process transactions. Key requirements include supporting account balance inquiries, withdrawals, and transfers according to each bank's business rules while ensuring security of customer authentication and funds. The system must also have high availability, safety protections, and handle concurrent access to accounts correctly.
A T M (Automated Teller Machine)
This document discusses the system analysis of an ATM for Kasb Bank in Blue Area, Islamabad. It outlines the hardware and software requirements for the ATM, including a Pentium 4 processor, 1GB of RAM, Windows XP, and a Linux server. It also describes the various steps of the ATM process, including verification, language selection, banking services, transactions, and special services. Security measures for the ATM are discussed, such as preventing theft and attacks like plofkraak.
Library management system presentation
The document provides information about a library management system project for an education institute. It discusses the need to automate the library's processes to make it more efficient. Some key points include:
- The existing manual system has limitations like time consumption, difficulty in searching and maintaining records.
- The new system aims to address these issues and make operations like book searching, issuing and returning faster and easier for students and staff.
- It will also facilitate generating various reports and calculating late fees for overdue books.
10 Slides to ATM
ATM (Asynchronous Transfer Mode) is a connection-oriented networking technology that transmits data in fixed-size cells and can support different types of data and applications with quality of service guarantees. ATM uses virtual connections identified by virtual path and channel identifiers to transport cells through a network of ATM switches. The ATM architecture includes physical, ATM, and adaptation layers to encapsulate data for transmission and ensure interoperability between network elements.
Atm System
This document presents an ATM system project created by three students. The system allows customers to withdraw cash, transfer money between accounts, check balances, and change passwords using just an account number for authentication. It was developed using Java for the interface, MS Access for the backend database, and JDBC for connectivity. The system architecture includes a login screen and main menu. Key functions like cash withdrawal, money transfer, and balance inquiries are described. The document discusses why Java was chosen and how the database connection is established. It includes data flow diagrams and screenshots of the login screen and main menu. In conclusion, the project creates a flexible and efficient ATM system that could be enhanced with additional features like fingerprint scanning in the future.
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Software requirements specification of Library Management System
Software requirements specification of Library Management System
Similar to Library management ppt
Library management
This document describes a library management system project that was developed to maintain operations in a library. The system includes modules for login, book details, book search, and student details. It was developed using Visual Basic 6.0 for the front end and MS Access for the back end on a Windows XP platform. The system allows users to login, view book and student details stored in databases, search for available books, and perform student and book return functions. Screenshots and data flow and database designs are provided. The conclusion states that the system was able to easily process and update the database and can be altered to meet future organizational requirements.
Library management system
This document outlines a library management system project. The system aims to automate library tasks like entering new book records, retrieving book details, and managing an easy circulation system and member records using computers. It discusses the purposes of providing a user-friendly environment and easy reports. It also summarizes the drawbacks of existing manual systems like difficulty in data retrieval and redundancy. The proposed computerized system aims to address these issues through features like member ID cards for book check-in/out and eliminating human errors in record retrieval. It provides screenshots of the frontend and backend interfaces and outlines the hardware requirements of a Pentium processor and standard accessories and the software requirements including Windows OS, Java, MySQL, Tomcat, and Netbeans IDE.
Memory access tracing [poug17]
Tracking userspace memory access (data) of an oracle database :
-Memory address
-Function name
-Instruction address-
-Memory content
-Memory access mode (read/write)
RFID in Assets and Library Management
In the proposed RFID based recording and identification system, the students and staffs can take books using their mobile phone and a RFID tag. The admin can add or update the new book entries through the web-site.
MY FIRST PPT
This document describes a proposed library management system. It will manage user and book databases, and allow users to check books in and out. It aims to make the library's operations more efficient and user-friendly by automating processes like tracking book loans and late fees. The system will be a web application developed using ASP and an MS Access database, running on Windows 7 hardware. It will include modules for login, book searching, and other common library management functions.
Modular middleware components in Apache Mynewt OS - SFO17-507
Session ID: SFO17-507
Session Name: Modular middleware components in Apache Mynewt OS - SFO17-507
Speaker: James Pace
Track: LITE
★ Session Summary ★
To make application development a breeze, Apache Mynewt OS includes several optional middleware components and a build infrastructure to easily choose and configure them while creating an image for a target device. An example is the file system module with an API that allows the application to use file system operations without being tied to a particular file system implementation. Users are free to choose the FAT file system or Apache Mynewt’s Newtron Flash File System or any other FS of their choice. The logging infrastructure is another example. It allows applications, targets, and libraries to name and define their own log streams and direct them to desired output destinations. The stats module follows the same flexible design as the log module. The accompanying build and package management tool called the Newt Tool in the Apache Mynewt OS makes bundling and configuring the packages simple. It takes care of package dependency conflicts and automates toolchain selection to simplify testing and debugging. It allows components to be tested, versioned and released independently. Each component can therefore be decoupled from the other modules, allowing it to be shared and collaborated on across multiple operating systems. The steps for creating a log stream for a package will be presented as an example to demonstrate the design simplicity and modularity of the Mynewt OS and the power of the Newt tool.
---------------------------------------------------
★ Resources ★
Event Page: http://connect.linaro.org/resource/sfo17/sfo17-507/
Presentation:
Video:
---------------------------------------------------
★ Event Details ★
Linaro Connect San Francisco 2017 (SFO17)
25-29 September 2017
Hyatt Regency San Francisco Airport
---------------------------------------------------
Keyword:
'http://www.linaro.org'
'http://connect.linaro.org'
---------------------------------------------------
Follow us on Social Media
https://www.facebook.com/LinaroOrg
https://twitter.com/linaroorg
https://www.youtube.com/user/linaroorg?sub_confirmation=1
https://www.linkedin.com/company/1026961
SuperSpeed USB and NAND Flash
The Trend
There is a trend observed in the market for designing products with SuperSpeed USB and NAND Flash inside. There are camera manufacturers, printer manufacturers as well as FLASH drive manufacturers involved in the trend. It is crucial, at this point of time in the market, to have a proper knowhow on what factors affect such designs and what can be done to achieve a successful and a longlife design.
SuperSpeed USB
The USB 3.0 standard claims that it is 10 times faster than USB 2.0. The theoretical speed is 4.8Gbps (600MBps). However looking at various realistic speed test reports made available by more
than one developers, it has been concluded that 400MBps is the maximum achievable speed for this standard.
Factors affecting performance
Depending on the NAND Flash used in the system, the performance can be estimated. But, there are a number of factors affecting the speed and performance of USB in a system. Eric Huang has listed
the dependencies very interestingly in his blog. I am listing them here.
The USB transfer speed is affected by the following factors:
Number of applications running on the host machine
The speed of the application itself
The quality of the drivers (host as well as device)
The bus on the hardware that moves data from USB controller to CPU (on host as well as device
side)
The USB PHY
The USB Cable
Non-ideal system
Looking into a nonidealized system, the SLS SuperSpeed USB Device IP Core tests performed on GigaByte A75 Motherboard have indicated the performance ~2.1Gigabits per second (262.5
Megabytes per second) with mass storage interface and ~2.7Gigabits per second (337.5 Megabytes per second) with raw interface.
There is a word in the development community about NAND Flash being the bottleneck for USB performance.
Lets see how the performance numbers with the NAND Flash look like. Mass storage performance tests with SLS SuperSpeed IP and ONFI controller IP (without ECC overload) have indicated speed
upto 101.5 MBps (812 Mbps).
What does this mean?
Transferring 1 Gb (125MB) data from the flash drive to the PC would take a second, which takes more than 6 seconds at present with USB 2.0 interface and RAM memory
Copying 5Gb (625MB) data from flash drive to PC would take 5 seconds, which is right now taking 31 seconds using USB 2.0 interface and RAM memory
Data that takes 5 minutes to transfer using USB 2.0 interface and RAM at present (6000MB) would be transferred in 48 seconds!
Not bad to have this solution for the current product upgrade...
TECH.pdf
This document contains notes on various topics related to computer science including hardware components, operating systems, programming languages, software, and parallel processing models. It defines terms like RISC, SPARC, RAID, FLASH, BIOS, and describes CPU components like registers, ALU, and control unit. It also covers operating system concepts, network layers, databases, storage technologies, programming basics, data structures, and parallel computing architectures.
ExampleIT-600Journal Entry 1Every operating system, whethe.docx
Example
IT-600
Journal Entry 1
Every operating system, whether Windows, Linux, or Macintosh have command, which guide the owner operator about the system they are using, cores, memory, processor, hardware, software, etc. They system I am using is Apple Mac OS Sierra Version 10.12.1, as displayed below.
Not being familiar with OS, I had difficulty finding out where to click and run command system_profiler, so the hardware and software information can be retrieved. Finally, after good research online, it was just the matter of clicking on system icons to get information (with more than one way).
So, on Mac OS, one can either go under Application folder and click on Utilities folder and once that opens up just click on System Information. Another way of getting on this page is to click on the Apple Menu on top left corner. Just click About This Mac and then click System Report.
Once the profiler is open, one can view information on three different contents of the system, Hardware, Network, and Software. The Hardware information is copy/paste below:
Hardware Overview:
Model Name: MacBook Pro
Model Identifier: MacBookPro9,2
Processor Name: Intel Core i7
Processor Speed: 2.9 GHz
Number of Processors: 1
Total Number of Cores: 2
L2 Cache (per Core): 256 KB
L3 Cache: 4 MB
Memory: 8 GB
Boot ROM Version: MBP91.00D3.B0D
SMC Version (system): 2.2f41
Serial Number (system): C1MKXC86DTY4
Hardware UUID: 3571F1FE-3368-58D3-85B6-26F7DDCCB1CF
Sudden Motion Sensor:
State: Enabled
This operating system in use is MacBook Pro, which can easily identified by MacBookPro9.2. The name of the processor being used on this machine is Intel Core i7 with 2.9 GHz speed. There are two different memory slots in this system, BANK0/DIMMO and BANK 1/DIMMO both of them are 4 GB with 1600 MHz speed. There are total of 2 Cores and 256 KB of L2 Cache is being used per core. Moreover, the System Profiler expands more inside information about hard drives, Bluetooth, Camera, Diagnostics, SD Card Reader, Ethernet Cards, FireWire, PCI, Memory, Printers, Storage, USB, Serial-ATA Device, etc. Under Serial-ATA Device, one can learn more about the Intel 7 Series. It is emphasizing more towards the vendor, product, link speed, negotiated link speed, physical interconnect.
Intel 7 Series Chipset:
Vendor: Intel
Product: 7 Series Chipset
Link Speed: 6 Gigabit
Negotiated Link Speed: 3 Gigabit
Physical Interconnect: SATA
Description: AHCI Version 1.30 Supported
APPLE HDD HTS541010A9E662:
Capacity: 1 TB (1,000,204,886,016 bytes)
Model: APPLE HDD HTS541010A9E662
Revision: JA0AB5D0
Serial Number: JA8006ET05XU8Y
Native Command Queuing: Yes
Queue Depth: 32
Removable Media: No
Detachable Drive: No
BSD Name: disk0
Rotational Rate: 5400
Medium Type: Rotational
Partition Map Type: GPT (GUID Partition Table)
S.M.A.R.T. status: Verified
Volumes:
EFI:
Capacity: 209.7 MB (209,715,200 bytes)
BSD Name: disk0s1
Content: EFI
Volume UUID: 0 ...
Password Cracking
This slide tells how the windows stores passwords and how one can use it to crack passwords, how one can use rainbow tables.
Password Cracking and preventing
Rainbow tables are precomputed tables that contain hashed passwords that allow for faster cracking of Windows LM and NTLM hashes. The document discusses how Windows stores passwords as hashes, how LM and NTLM hashes are generated differently with LM hashes having lower security since they are case insensitive for passwords up to 8 characters. It also discusses how using salts with hashes increases security against rainbow table attacks by making each hash unique. Brute force and dictionary attacks are other methods discussed for cracking passwords.
Cracking Using Rainbow Tables
This ppt gives you the details how the passwords are stored in windows, how one can crack them and ways to avoid them
Background jobs failure reasons
The document lists various reasons for job failures including:
1. User and password issues such as user lockouts, expired IDs, and lack of role definitions.
2. File system problems like files not opening or being corrupted and file sharing issues.
3. Variants not being properly defined and deadlocks occurring.
It then provides more specific examples of failures such as update mechanisms failing, table space overflows, archive issues, insufficient memory, program and input problems, and dependent job or event failures. Target systems also being unavailable is listed as a potential cause.
Setting up repositories
1. The document discusses the hardware and software requirements for setting up an institutional repository, noting that repositories can run on a variety of server types from basic to high-powered and require reasonably good server hardware, storage, and memory.
2. It provides examples of specific hardware configurations used by some repositories, including servers from HP, Sun, and Dell with various processors, RAM amounts, and storage capacities.
3. The document states that the repository software installed and resulting user interface are what primarily determine a repository's functionality and appearance to users, giving the example of DSpace which is written in Java and can run on various platforms.
LIBRARY MANAGEMENT SYSTEM.pptx.pptx
This document describes a library management system project submitted for a bachelor's degree. The project uses C language to develop a system that allows library staff to add, search for, view, and delete books. It also allows users to search for book availability. The system stores book and library details in a database. It provides outputs like menus and search results to interact with users.
Visual comparison of Unix-like systems & Virtualisation
This is a presentation on SFD 2010 of Dalian China by Mark Smith who is lead, Unix & Open Source Professions.
Datahorse, IT332 Project
This document describes the custom-built server-capable computer system, called DATAHORSE, created by the author for hands-on learning and testing of web server configurations. The system includes powerful hardware such as a 64-bit motherboard and large hard drives. It allows dual-booting of Windows XP and Red Hat Linux. The author uses the XAMPP platform to easily set up and compare different server configurations like Apache, MySQL, and FTP across operating systems. The system is set up at the author's home office and connected to the internet to host sample websites through a basic hosting plan.
Sonexis Release 10 Specs
The document describes the Sonexis ConferenceManager 10.0, an in-house audio conferencing bridge that eliminates costly subscription fees while providing security and ease of use. It has been deployed by hundreds of organizations and offers integrated web conferencing. The system provides audio conferencing for up to 576 phone lines and 600 internet lines, with features like active speaker identification and sub-conferencing. It can be managed through Outlook, Notes, or a web interface and offers recording and call detail functions.
Sonexis release 10 specs
The document describes the Sonexis ConferenceManager 10.0, an in-house audio conferencing bridge that eliminates costly subscription fees while providing security and ease of use. It has been deployed by hundreds of organizations and offers integrated web conferencing. The system provides audio conferencing for up to 576 phone lines and 600 internet lines, with features like active speaker identification and sub-conferencing. It can be managed through Outlook, Notes, or a web interface and offers recording and call detail functions.
扩展世界上最大的图片Blog社区
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Malaysia Airlines is the flag carrier airline of Malaysia. It was founded in 1947 and operates flights to over 60 destinations globally from its hubs in Kuala Lumpur. The airline experienced major financial losses in 2005 but introduced a turnaround plan in 2006 that led to record profits by 2007. Malaysia Airlines operates a fleet of Airbus and Boeing aircraft, including six Airbus A380s used on routes to London, Paris, and Hong Kong. There have been two accidents involving Malaysia Airlines aircraft that resulted in 134 total fatalities.
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Verbal communication accounts for about 35% of daily interactions, while nonverbal communication, such as gestures and facial expressions, accounts for about 65%. Nonverbal communication can have different cultural meanings between countries. There are two main types of nonverbal communication: intentional, such as smiling or pointing, and unintentional, such as body language. Different cultures have distinct nonverbal communication styles, such as handshakes in Argentina versus namaste greetings in India. Nonverbal communication is important but can be misunderstood between cultures if not understood properly.
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Phases of businesscycle
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The document presents information about radio frequency identification (RFID) devices. It discusses how RFID works and its benefits. RFID was invented by Charles Walton and has applications in tracking people in hospitals, jails, and documents in libraries by allowing large amounts of data to be stored on tags for identification and monitoring purposes.
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This document discusses Halonix, an Indian company that manufactures LED lighting products. It provides information on Halonix's product lines, which include LED street lights, home lights, lanterns, and bulkhead lights. The document also details Halonix's partnerships, certifications, customers, and solar-powered LED lighting systems. Technical specifications are given for some of Halonix's LED light products.
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Security refers to protecting systems, networks and programs from digital and physical threats, while protection focuses more on preventing harm. Hacking involves exploiting weaknesses for a variety of purposes both legal and illegal, and has evolved alongside advances in technology over recent decades. Ethical hackers use the same methods as other hackers but work with organizations' consent to improve cyber defenses.
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Library management ppt
- 3. To develop a project titled “LIBRARY MANAGEMENT” and is developed to maintain the operation done in a library. AIM :
- 4. oLogin oBook Details oBook Search oStudent Details oAdd New User oUpdate User Status oDelete Button MODULES
- 5. Hardware Specification Software Specification SYSTEM CONFIGURATION
- 6. PROCESSOR : PENTIUM IV 3.0 GHz MOUSE : PS/2 Optical Mouse MEMORY : 256 MB RAM HARD DISK : 40GB MONITOR : SAMSUNG KEYBOARD : MERCURY (104 keys). HARDWARE SPECIFICATION
- 7. FRONT END : VISUAL BASIC BACK END : MS Access PLAT FORM : All WINDOWS SOFTWARE SPECIFICATION
- 9. USER LOGIN USER TABLES NEXT PAGE
- 10. LIBRARY BOOK DETAILS BOOK DB SELECTING BOOK STUDENT
- 11. STUDENT BOOKSEARCH USER TABLES BOOK AVAILABLE BOOK NOT AVAILABLE
- 12. STUDENT STUDENT DETAILS STUDENT DB BOOK RETURN BOOK DB
- 13. DATA BASE DESIGN
- 14. TABLE NAME: BOOK DETAILS Field NameField Name Type NameType Name Book NoBook No NumberNumber Book NameBook Name TextText Author NameAuthor Name TextText EditionEdition TextText
- 15. TABLE NAME: STUDENT DETAILS Field NameField Name Type NameType Name Student IDStudent ID NumberNumber HoldHold TextText ReturnReturn TextText FineFine NumberNumber
- 16. SCREEN SHOTS
- 22. The system has been developed using MS access , the system was able to process and update the database with more ease. It helped in developing a total integrated system. Thus the project “LIBRARY MANAGEMENT SYSTEM” can be altered in accordance with the future requirements of the organization. CONCLUSION :