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Shaping interconnect technology for an interconnected society
Proceedings of 2010 International Symposium on VLSI Technology, System and Application, 2010The continuous drive to increase the functionality of electronic products in terms of computational efficiency and versatility requires a broad range of interconnect technologies. This paper presents an overview of advanced CMOS Interconnect technology scaling towards the 10 nm node enabling the increase in 2D computational density.
Rudi Cartuyvels +3 more
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Compatibility of behavior interconnections
2003 European Control Conference (ECC), 2003In this paper we discuss the concept of compatible behavior interconnections. We distinguish the case where all variables are available for interconnection (total interconnection) from the case where only a part of them are (partial interconnection). The main idea behind the notion of compatibility for total interconnection is causality of (the effect ...
Julius, Anak Agung +1 more
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2018
In this Chapter we review the state of the art of carbon-based interconnects, presenting the most relevant results in modelling, fabrication, and integration, coming to the most recent applications, where such interconnects were for the first time successfully integrated to CMOS technology.
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In this Chapter we review the state of the art of carbon-based interconnects, presenting the most relevant results in modelling, fabrication, and integration, coming to the most recent applications, where such interconnects were for the first time successfully integrated to CMOS technology.
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Annual Review of Materials Research, 2007
The performance and power dissipation of integrated circuits (IC) are largely affected by interconnects. Carbon nanotubes, which are rolls of one-atom-thick carbon sheets, show great potential in addressing some of the major interconnect challenges in future generations of technology, when copper conductivity will degrade substantially because of size ...
Azad Naeemi, James D. Meindl
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The performance and power dissipation of integrated circuits (IC) are largely affected by interconnects. Carbon nanotubes, which are rolls of one-atom-thick carbon sheets, show great potential in addressing some of the major interconnect challenges in future generations of technology, when copper conductivity will degrade substantially because of size ...
Azad Naeemi, James D. Meindl
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Interconnection and Prioritization
2016We analyze pricing and competition under paid prioritization within a model of interconnected internet service providers (ISPs), heterogeneous content providers (CPs) and heterogeneous consumers. We show that prioritization is welfare superior to a regime without prioritization (network neutrality) but yields lower incentives for investment in network ...
Baake, Pio, Sudaric, Slobodan
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The interconnection problem: A tutorial
Computer, 1974This paper represents a fairly extensive survey of the literature on the interconnection problem. The topics covered are Pin Assignment, Layering, Ordering, Wire List Determination, Spanning Trees, Rectilinear Steiner Trees, and Wire Layout. In addition, several new ideas are presented which could provide for better wire layout.
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Network interconnection and gateways
IEEE Journal on Selected Areas in Communications, 1989Major technical issues for interconnecting computer networks that must be solved, which include selection of a protocol level at which to interconnect, addressing, routing, fragmentation, and congestion control, are discussed. Specialized gateway devices used to interconnect networks and implement any necessary internet protocols are examined.
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Comprehensive review on the strategies for controlling the interconnection of AC and DC microgrids
International Journal of Electrical Power and Energy Systems, 2022Mahdi Zolfaghari +2 more
exaly