1 through 10 of 12 articles found
Embedded Computing Design
Security for everyone
By Jerry Gipper
Summary:
The combination of intelligence and connectivity is making our electronics devices prime targets for attacks.
The combination of intelligence and connectivity is making our electronics devices prime targets for attacks.
Embedded Computing Design
Wired on home networking
By OpenSystems Media
Summary:
Spotlight on HomeGrid Forum, HomePNA Alliance, and Homeplug Powerline Alliance
Spotlight on HomeGrid Forum, HomePNA Alliance, and Homeplug Powerline Alliance
Embedded Computing Design
Current trends in cyber attacks on mobile and embedded systems
By Kurt Stammberger (Mocana)
Summary:
With the advent of the "Internet of things," we are encountering a new wave of hacking that threatens mobile devices as well as wired computers and networks.
With the advent of the "Internet of things," we are encountering a new wave of hacking that threatens mobile devices as well as wired computers and networks.
Embedded Computing Design
Programming resources boost software security
By Paul Anderson (GrammaTech)
Summary:
Developers need tools that can identify and prevent programming errors that lead to security vulnerabilities.
Developers need tools that can identify and prevent programming errors that lead to security vulnerabilities.
Embedded Computing Design
Simulation tool advancements speed design process and improve products
By Ted Pawela (MSC.Software)
Summary:
New simulation software tools solve the growing design problem of getting more work done faster and with less effort.
New simulation software tools solve the growing design problem of getting more work done faster and with less effort.
Embedded Computing Design
Reality: The new simulation frontier
By Rob Irwin (Altium Limited)
Summary:
FPGAs allow designers to prototype systems without having to build the underlying hardware, bringing the flexibility of software to the creation of hardware.
FPGAs allow designers to prototype systems without having to build the underlying hardware, bringing the flexibility of software to the creation of hardware.
White Paper
In-Memory Database Systems (IMDSs): Pushing Past the Terabyte-Plus Boundary
By Steven Graves (McObject)
Summary:
The in-memory database system (IMDS), a type of database management system (DBMS) software used in high performance applications including data analytics, securities trading, telecommunications, real-time military/aerospace, embedded systems, and science and engineering applications is able to leverage the multi-core architectures becoming common in companies, university research labs, and government.
The in-memory database system (IMDS), a type of database management system (DBMS) software used in high performance applications including data analytics, securities trading, telecommunications, real-time military/aerospace, embedded systems, and science and engineering applications is able to leverage the multi-core architectures becoming common in companies, university research labs, and government.
White Paper
Executive speakout: Designing better virtually
By Marc Serughetti, Vice President (CoWare, Inc.)
Summary:
The virtual platform enables customers to experience the electronic system prior to its physical availability and to start their own development.
The virtual platform enables customers to experience the electronic system prior to its physical availability and to start their own development.
White Paper
Executive speakout: The new Linux supply chain
By Dan Cauchy, VP of Marketing (MontaVista)
Summary:
Downloading source and building a Linux distribution ("Roll-Your-Own," or RYO) provides the most flexibility, but requires a tremendous amount of work to integrate all the required components.
Downloading source and building a Linux distribution ("Roll-Your-Own," or RYO) provides the most flexibility, but requires a tremendous amount of work to integrate all the required components.
Embedded Computing Design
Green up: Keeping the data farm, but taking out the hogs
By Don Dingee
Summary:
This month, we examine better storage technology that might solve the performance and capacity part of the equation at a much lower power point.
This month, we examine better storage technology that might solve the performance and capacity part of the equation at a much lower power point.


