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Software is a set of programs that perform defined functions, and can be categorized as system software or application software. System software includes operating systems and interfaces between hardware and users, while application software is designed for particular environments. Hardware includes input devices, output devices, motherboards, CPUs, memory and RAM. A computer network connects multiple computers to share information and resources, and different types of networks include personal, local, metropolitan and wide area networks.
Amresh Kumar is seeking a senior IT administrator position utilizing his 4+ years of experience in IT support roles. He has worked as an assistant manager, computer hardware and network support engineer, computer engineer, and computer hardware engineer for various companies. He has strong skills in Windows, Linux, networking, hardware troubleshooting, and software installation. He has several technical certifications including Microsoft Certified Solutions Associate and Microsoft Certified Professional.
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Objectives: What is Embedded software
Difference between embedded and other software's
Types of embedded software's and embedded systems
characteristics of Embedded Software
embedded system design
This document provides an overview of remote access and screen sharing using TeamViewer software. It defines screen sharing as allowing multiple users to view and interact with a PC's screen remotely. TeamViewer is described as proprietary software that allows remote control, screen sharing, file transfer, and online meetings between devices including computers, smartphones and tablets using various operating systems. The document outlines how to use TeamViewer, its security features, and advantages like remote troubleshooting while also noting disadvantages like internet dependence and the need for permissions.
The document provides an overview of a proposed Network Administrator Tool that allows a network administrator to remotely manage systems over a network. It describes existing limitations with current systems, and proposes a tool with modules for remote control, file transfer, desktop sharing, and messaging between clients. The tool would use Java and have a client-server architecture, with use case and sequence diagrams provided.
This document discusses MeetMe, a tool for scheduling and controlling Cisco Telepresence meetings. It allows employees to easily schedule meetings through Outlook or a web calendar, selecting participants and reserving audio/video ports and meeting rooms. The meeting organizer receives a link to control the meeting, adding or removing participants, muting microphones, and changing layouts. When scheduling, MeetMe considers the availability of Telepresence resources like ports and servers. It also enables secured meetings and confirmation of privileged meetings. MeetMe benefits include easier scheduling without engineers and control by organizers without assistance.
Real time concepts of software and networking Mohamed Abdulla
Software is a set of programs that perform defined functions, and can be categorized as system software or application software. System software includes operating systems and interfaces between hardware and users, while application software is designed for particular environments. Hardware includes input devices, output devices, motherboards, CPUs, memory and RAM. A computer network connects multiple computers to share information and resources, and different types of networks include personal, local, metropolitan and wide area networks.
Amresh Kumar is seeking a senior IT administrator position utilizing his 4+ years of experience in IT support roles. He has worked as an assistant manager, computer hardware and network support engineer, computer engineer, and computer hardware engineer for various companies. He has strong skills in Windows, Linux, networking, hardware troubleshooting, and software installation. He has several technical certifications including Microsoft Certified Solutions Associate and Microsoft Certified Professional.
Roshan Shah is seeking a challenging position in information technology that allows him to develop his technical and personal skills. He has over 5 years of experience in customer support, administration, and network troubleshooting. His skills include administration of Windows servers, Active Directory, DNS, DHCP, VPN connectivity, hardware support, software installation, and troubleshooting networks, messaging systems, and desktop applications. He holds an MSC in IT and certifications in networking, hardware, and software applications.
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Difference between embedded and other software's
Types of embedded software's and embedded systems
characteristics of Embedded Software
embedded system design
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Virtual network computing (VNC) is a graphical desktop sharing system that uses the RFB protocol to remotely control another computer. It allows users to remotely access and control a desktop environment. A VNC system consists of a client, server, and communication protocol. The VNC server exports the desktop of the remote machine and the client imports the view, allowing users to control the remote machine. VNC works at the framebuffer level and transmits keyboard, mouse, and screen updates between client and server.
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- Use protocols like RPC, DDE, OLE to interface with servers and share data and resources
- Provide a graphical user interface (GUI) for users to interact with remote applications and services on servers
Minicom White Paper Using Ram To Increase Security And Improve Efficiency In ...elisasson
In recent years, remote server access has become
standard for corporate data centers however, many
data centers have adopted remote access strategies
gradually, on an ad-hoc basis, as technologies have
evolved. As a result they are enjoying only partial
benefits, and may have opened up unexpected
security gaps. With an overall strategy—and a
software solution for system-wide Remote Access
Management , such as AccessIT® from Minicom,
corporations can maximize the benefits, and minimize
the risks of remote server access.
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The operating system manages hardware and software, allowing devices to function normally. It controls components like memory, processors, and input/output. Device drivers translate data between hardware and software. Operating systems support single-user single-tasking, single-user multi-tasking, and multi-user multi-tasking environments. They manage memory, storage, user interfaces, and ensure applications and processes receive processor time.
The operating system manages hardware and software, allowing devices to function normally. It controls components like memory, processors, and input/output devices. Device drivers translate operating system data into hardware-specific instructions. Operating systems support single-user single-tasking, single-user multi-tasking, and multi-user multi-tasking environments. They manage memory, storage, user interfaces, and ensure applications and processes receive processor time.
The operating system manages hardware and software, allowing devices to function normally. It controls components like memory, processors, and input/output. Device drivers translate signals between hardware and software. Operating systems support single-user single-tasking, single-user multi-tasking, and multi-user multi-tasking environments. They manage memory, storage, user interfaces, and ensure applications and processes receive processor time.
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International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
The document discusses remote administration tools and their uses. Remote administration allows controlling and monitoring networked devices from remote locations. It has evolved beyond simply controlling devices over networks and now provides cost-effective access for remote workers. Remote administration tools can automate tasks, allow remote control and multiple sessions, remotely power devices, and maintain online inventories. Some tools like AndroRAT and Dark Comet are specifically for remote administration on Android and Windows systems, but can also be used maliciously if installed without permission on a target system.
The operating system manages all of the hardware and software on a computer. It loads at startup and allows users to interact with the computer through interfaces like Windows, Linux, or Macintosh. The operating system controls memory, processors, drivers that interface with hardware like keyboards, and input/output management. It aims to allocate resources efficiently for single or multiple users running single or multiple applications simultaneously.
The document summarizes a research paper that proposes a Java-based remote control system for laboratory monitoring. The system allows administrators to remotely control and monitor computers connected over a local area network. It uses Java Remote Method Invocation (RMI) to enable remote access and control of resources like locking/unlocking USB drives and files. The system aims to provide an efficient and automated alternative to existing remote desktop solutions by minimizing processing power usage on both client and server machines.
This document presents a system called Pocket PC that allows users to remotely control a desktop computer using voice commands through a smartphone. The system uses speech recognition software on the smartphone to convert voice commands to text, which are then sent over a network to a server connected to the desktop. The server executes the commands to control the desktop, allowing users to perform tasks such as file transfers, emailing, media control, and typing using only their voice. The proposed system aims to improve upon existing remote desktop control systems by adding features like voice command capability, file transfers, slideshow control, and virtualization of the desktop. It is intended to benefit both physically disabled users and able-bodied users by providing an easy, hands-free
Virtual network computing (VNC) is a graphical desktop sharing system that uses the RFB protocol to remotely control another computer. It allows a user to view and interact with the desktop environment of a remote machine. A VNC system consists of a server, client, and communication protocol. The server exports the desktop display to clients which can then control the server. VNC works at the framebuffer level and transmits keyboard, mouse, and screen updates over a network connection.
Virtual network computing (VNC) is a graphical desktop sharing system that uses the RFB protocol to remotely control another computer. It allows users to remotely access and control a desktop environment. A VNC system consists of a client, server, and communication protocol. The VNC server exports the desktop of the remote machine and the client imports the view, allowing users to control the remote machine. VNC works at the framebuffer level and transmits keyboard, mouse, and screen updates between client and server.
Popeye - Using Fine-grained Network Access Control to Support Mobile Users an...Tal Lavian Ph.D.
We are facing a trend towards ubiquitous connectivity where users demand access at anytime, anywhere. This has lead to the deployment of public network ports and wireless networks. Current solutions to network access control are in exible and only provide all-or-nothing access. It is also increasing important to protect Intranet hosts from other mobile and static hosts on the same
Intranet, in order to contain damages in the case that a host gets compromised. We present an architecture that addresses these issues by using a programmable router to provide dynamic
ne-grained network access control. The Javaenabled router dynamically generates and enforces
access control rules using policies and user proles as input, reducing administrative overhead. Our modular design integrates well with existing authentication and directory servers, further reducing admininstrative costs. Our prototype is implemented using Nortel's Accelar router and moves users to VLANs with the appropriate access privilege.
With hundreds of servers spread throughout numerous locations, it can be extremely time consuming and challenging to track down and manage troublesome servers and network devices in hospital environments. To solve these challenges and make the day to day maintenance of servers and devices in hospital network closets more efficient, Minicom has developed the solution outlined in this quick webinar.
zenon offers many features that make automation projects efficient and effective, including modular software design, simple project configuration, extensive network connectivity options, and support for internationalization. Projects can be engineered once and run on different hardware platforms and in various languages, providing flexibility and cost savings. Over 300 communication protocols are supported to connect to diverse equipment and systems.
FINGKEY ACCESS is a fingerprint-based access control system from BioEnable Technologies. It provides cost-effective authentication using live finger detection and supports outdoor use. The system offers enterprise-level access management and time attendance tracking through its network infrastructure. It has a compact and stylish design with a user-friendly interface.
The document discusses the role and functions of a client in a client-server environment. It describes how a client workstation can:
- Request services from an attached server like printing, file sharing, or accessing applications on remote hosts
- Use protocols like RPC, DDE, OLE to interface with servers and share data and resources
- Provide a graphical user interface (GUI) for users to interact with remote applications and services on servers
Minicom White Paper Using Ram To Increase Security And Improve Efficiency In ...elisasson
In recent years, remote server access has become
standard for corporate data centers however, many
data centers have adopted remote access strategies
gradually, on an ad-hoc basis, as technologies have
evolved. As a result they are enjoying only partial
benefits, and may have opened up unexpected
security gaps. With an overall strategy—and a
software solution for system-wide Remote Access
Management , such as AccessIT® from Minicom,
corporations can maximize the benefits, and minimize
the risks of remote server access.
The document provides an overview of operating systems and application software. It discusses how the operating system manages hardware resources and allows multiple programs to run concurrently. It also describes common types of application software like word processors, spreadsheets, databases, and web browsers. The document explains that while companies typically use commercially available software, customized software may be developed internally using programming languages to gain a competitive advantage.
OpenScape Web Collaboration is a scalable and secure web conferencing solution that allows up to 1,000 participants to collaborate online in real-time from any location. It offers features like video calls, file sharing, remote support, and session recording. The solution provides a simple interface that does not require training and works across desktop, mobile, and browser platforms with strong 256-bit AES encryption and other security measures.
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The operating system manages hardware and software, allowing devices to function normally. It controls components like memory, processors, and input/output devices. Device drivers translate operating system data into hardware-specific instructions. Operating systems support single-user single-tasking, single-user multi-tasking, and multi-user multi-tasking environments. They manage memory, storage, user interfaces, and ensure applications and processes receive processor time.
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This document discusses over-the-air programming (OAP) in wireless sensor networks. It provides an overview of OAP, explaining that it is necessary for reprogramming sensor nodes remotely after deployment. It describes some common OAP protocols used in wireless sensor networks and discusses key aspects of OAP, including receiving code wirelessly and storing it for installation upon reboot.
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remote desktop_control-by_shubhham_patel
1. REMOTE DESKTOP CONTROL
BY SHUBHAM PATEL
B.Tech –CSE (7th Semester)
Batch-2013-2017
ALIGARH COLLEGE OF ENGINEERING AND TECHNOLOGY, ALIGARH
(Approved by AICTE, New Delhi & Affiliated to Dr. A.P.J. Abdul Kalam Technical University,Lucknow)
2. Remote Desktop Controller is a client/server
software package allowing remote network
access to graphical desktop.
This software enables you to get a view of the
remote machine desktop and thus control it
with your local mouse and keyboard.
It can be used to perform remote system
control and administration tasks in Unix,
Windows and other assorted network
environments.
3. Remote control software provides businesses
the ability to login and access computers
remotely. Utilizing remote control software
enables personnel to transfer files or folders
quickly and easily, and communicate by
instant message, text chat, or voice intercom
from any PC
4. Processor Intel Pentium compatible or above
RAM 4MB free space
VDU VGA/SVGA
Hard Disk 50 MB free space
6. Remote Desktop Controller is a client -server
software used for remote desktop access and
controlling purposes. This software mainly
runs as two parts, the one at the client side
using which the user views the desktop of the
system at the remote side acting as the server
and controls it and the server side which
allows it to be accessed and controlled by the
client user. This software is basically divided
into two module based on this purpose.
7. The Server module –
running on the remote system acting as the
server system which allows itself to be
accessed by the client user.
The Client module –
running on the client system through which
the user accesses and controls the remote
server system
8. EXISTING SYSTEM
The current existing system are potentially good systems, which
do allow us to remotely connect to the remote machine and
access their respective desktops. But most of the existing system
are quite difficult to use and implemented for layman.
LIMITATION OF THE EXISTING SYSTEMS
The existing systems have the following limitation-
Remote desktop protocol (RDP) is a multi-channel protocol that
allows a user to connect to a computer running Microsoft
terminal sevice.
In most of the existing remote desktop controlling applications,
the user working on the remote machine is aware with the fact
that someone else is viewing his/her desktop remotely.
PROPOSED SYSTEM
The New System Will Overcome All The Anomalies And limitation
of existing system
9. It enables us to access computer anywhere within
our network, it saves time It does cover more
distance than Bluetooth. Conventional VNC System
comprises accessing of remotely located computer
desktop via internet by another computer or
Smartphones. In proposed system we provide
access to those smart phones which are in our own
network.
10. Still today there are few remote desktop server applications
available for handheld devices. This represents an opportunity
for developing client/server applications for such devices.
Future work should mainly focus on
improving performance, modifying existing remote desktop
server applications or creating new ones.
Providing discovery and multicasting for our devices would
enable users to quickly set up & automatically configuration a
wide range of devices.
11.
12.
13.
14.
15.
16.
17.
18.
19.
20. Remote desktop applications offer a reliable
solution for internetworking devices through the
Internet and especially via WLANs, even though
other physical channels, such as Bluetooth might
also be used. Remote desktop applications offer
the user the ability to control a very large number
of different applications. The most important
uses of this technology are troubleshooting,
showing presentations, and as presented
in this thesis - device aggregation.