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TTEP
Tutorials at ETS'05
How
to get to the TUT Campus at Mustamäe?
From the city center, take trolley no 3 opposite Kaubamaja (Tallinn
Department Store) to Keemia stop. It takes about half an hour.
Two
parallel TTEP tutorials will be presented at the ETS on Sunday, May
22 with special low rates:
TUTORIAL
1
System-on-Chip: Embedded Test in Practice
Presenter: YERVANT ZORIAN – Virage Logic |
AUDIENCE
SoC Designers, test engineers and researchers interested in learning
about the state-of-the-art in embedded test methods for complex systems-on-chip
and beyond.
DESCRIPTION
Spurred by technology leading to the availability of millions of gates
per chip, system-level integration is evolving as a common paradigm,
allowing entire systems to be built on a single chip. This tutorial
presents the state-of-the-art in system-level integration and addresses
the strategies and current industrial practices in the test of system-on-chip.
It discuees the requirements for test reuse in hierarchical design,
such as embedded test strategies for individual cores, test access mechanisms,
test interface standardization, optimizing test resource partitioning,
and embedded test management and integration at the System-on-Chip level
and beyond. Several industrial experiences will be shared with the audience.
TUTORIAL
2
Design-for-Test of Analog and Mixed-Signal Integrated
Circuits
Presenter: JOSE LUIS HUERTAS – IMSE-CNM |
AUDIENCE
Test engineers for analog and mixed-signal integrated circuits as well
as analog designers and system designers involved in the design and
implementation of complex System-on-Chip using analog and digital modules.
DESCRIPTION
This tutorial aims to introduce circuit designers into the problems
of making analog and mixed-signal ICs more testable. This fact worth
attention for specific circuit classes, since there is no universal
method valid for any kind of analog and/or mixed-signal funtion. In
particular, during this tutorial, attention will be paid to integrated
filters (Switched-Capacitor and continuous-time), integrated A/D and
D/A converters, and PLLs and oscillators as well as the problems when
these components are embedded in a SoC.
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