Test Planning for 3D SICs using ILP
Author
Summary, in English
In this paper we propose a test planning scheme for corebased
3D stacked integrated circuits where the total test cost for wafer
sort of each individual chip and the test cost of the complete stack
at package test is minimized. We use an Integer Linear Programming
(ILP) model to find the optimal test cost, which is given as the weighted
sum of the test time and the test access mechanism (TAM). As ILP is
time consuming, we use a scheme to bound the test time and the TAM
such that the search space is reduced. The proposed bounding scheme
and the ILP model were applied on several ITC’02 benchmarks and the
results show that optimal solutions were obtained at low computation
time.
3D stacked integrated circuits where the total test cost for wafer
sort of each individual chip and the test cost of the complete stack
at package test is minimized. We use an Integer Linear Programming
(ILP) model to find the optimal test cost, which is given as the weighted
sum of the test time and the test access mechanism (TAM). As ILP is
time consuming, we use a scheme to bound the test time and the TAM
such that the search space is reduced. The proposed bounding scheme
and the ILP model were applied on several ITC’02 benchmarks and the
results show that optimal solutions were obtained at low computation
time.
Publishing year
2013
Language
English
Full text
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Document type
Conference paper
Topic
- Electrical Engineering, Electronic Engineering, Information Engineering
Keywords
- Design for Test (DfT)
- IEEE 1500
- Test architecture
- Test scheduling
- Sessions
- Test time
- Test cost
- 3D Stacked Integrated Circuit (SIC)
- Through Silicon Via (TSV)
- Integer Linear Programming (ILP).
Conference name
Swedish System-On-Chip Conference (SSoCC), 2013
Conference date
2013-05-06 - 2013-05-07
Conference place
Ystad, Sweden
Status
Published