- GraSP: Graph Signal Processing
- IoT-LAB aggregation-tools
- IoT-LAB cli-tools
- IoT-LAB gateway
- FIT IoT-LAB
- Who did I forget
- Did you ever forget someone while organizing an event ? Whether it's a friends get-together, a family dinner or a high-school reunion, give us a rough sketch of who you want to see there and we'll come up with a complete guest list for you and take care of sending the invites.
- Create instantly Friend Lists on Facebook, and therefore have a better control on the diffusion of your publications. Lists of friends are automatically generate, using only the information on "who knows who".
- Worldsens offers an integrated platform for the design, development, performance evaluation and profiling of applications for wireless sensor networks.
- WSNet is an event-driven simulator for wireless networks. Its main features are
(1) Node simulation; (2) Environment simulation; (3) Radio medium simulation and (4) Extensibility.
- IPv6 addressing architecture in
order to be able to support ``pure'' spontaneous ad hoc
networks but also to allow seamless integration between
wireless LANs and ad hoc networks. Our approach is
based on the concept of node identifiers that is crucial
in ad hoc netwnetworksorks. The architecture is fully
functional, developed for FreeBSD 4.8 and under
development for Linux 2.4. It's available for FreeBSD
sourceforge under BSD like licence. under
- ANANAS (renamed ana4) is a new
architecture for adhoc networks. Based on the combined
use of a classical adhoc routing protocol and virtual
adhoc interfaces, ana4 allows a complete support for the
IPv4 protocol over adhoc networks. It's available for
arm-linux and linux under
sourceforge under BSD like licence. We are currently
finishing the port of ana4 under Windows XP and Windows
CE under the NDIS architecture thanks to a
Microsoft Research grant.
- Auto-configuration in IPv6 has
been defined for hosts, but knowledge of the network
topology is still required for routers configuration
since the SLA part of the IPv6 address reflects the
topology. This is not a problem in the context of large
companies but it may limit the spread of IPv6 for small
companies or for home networking. In this latter case,
even if the network size is limited, the topology can be
complex due to the use of different technologies
(HomePNA, IEEE 802.11, Bluetooth). It is difficult to
delegate the network configuration to the ISP since
several routers may be necessary. In a simple model, the
edge router connected to the ISP forwards packets to the
different supports used to compose the home
network. This model is very restrictive since, for
instance, some wireless networks may be directly
unreachable from the edge router but accessible from
some intermediary routers. The home network may be
multi-homed, since several accesses (GPRS, ADSL,à) may
be available at the same time. The home network may also
evolve dynamically as, for example, Bluetooth links may
leave or enter the network.
Our proposal is to define three new OSPFv3 LSAs to
allow automatic SLA numerotation of the network links
and auto-configuration of routers. Our algorithm
guaranties consensus and a strong stability for the
SLA chosen by a given link and uniqueness of the
TLA-SLA association in a site. One or more edge
routers can connect the home network to ISPs. These
edge routers can be configured by standard means to
learn the TLA from the ISP. Site-local TLA (FEC0::/48)
can be used in any case, but must be used explicitly
when no other global TLA is advertised.
The zebra implementation is available
- An IP Next Generation Compliant
Java TM Virtual Machine. First JVM compliant with
IPv6. Was running under FreeBSD, LInux and even Windows
- Parallel Scilab
- for the interactive use
of parallel computing from the scilab interpretor.
- T9000 and C104 topology
simulator. Nostalgic stuff. My first event simulator !