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Figure from:Prototyping networked embedded systems

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Josef Fleischmann, Technical University of Munich Klaus Buchenrieder, Siemens Corporate Technology Flexible, multimode devices are also mandatory for applications like elec- tronic banking and electronic commerce. Depending on the type of connection and the security level required, devices must apply different encryption algorithms when transmitting data.

Figure 2 Josef Fleischmann, Technical University of Munich Klaus Buchenrieder, Siemens Corporate Technology Flexible, multimode devices are also mandatory for applications like elec- tronic banking and electronic commerce. Depending on the type of connection and the security level required, devices must apply different encryption algorithms when transmitting data.

Related Figures (3)

Figure 1. Design exploration platform for networked embedded systems. The runtime environ- ment reads the FPGA bit files and Java bytecode inputs, activating the hardware-call module whenever the control flow reaches a hardware method. At this point, the data is sent to the DPGA board, which emulates the appropriate hardware device.
Figure 1. Design exploration platform for networked embedded systems. The runtime environ- ment reads the FPGA bit files and Java bytecode inputs, activating the hardware-call module whenever the control flow reaches a hardware method. At this point, the data is sent to the DPGA board, which emulates the appropriate hardware device.
Figure 2. Target system communication model. The software communication channel connects with the two-layer hardware communication channel through an interface that allows data exchange between the domains.
Figure 2. Target system communication model. The software communication channel connects with the two-layer hardware communication channel through an interface that allows data exchange between the domains.