Fair Usage and Capping for Providing Internet for All in Developing Countries. - Yvon Gourhant; Ali Gouta; Daniel Philip Venmani (AFRICOMM, 2011)

OpenFlow as an Architecture for e-Node B Virtualization. - Daniel Philip Venmani; Yvon Gourhant; Djamal Zeghlache (AFRICOMM, 2011)

Preliminary Analysis of 4G-LTE Mobile Network Sharing for Improving Resiliency and Operator Differentiation. - Daniel Philip Venmani; Yvon Gourhant; Djamal Zeghlache (ICeND, 2011)

Substitution Networks Based on Software Defined Networking - (Invited Paper). - Daniel Philip Venmani; Yvon Gourhant; Laurent Reynaud; Prosper Chemouil; Djamal Zeghlache (ADHOCNETS, 2012)

Divide and share: A new approach for optimizing backup resource allocation in LTE mobile networks backhaul. - Daniel Philip Venmani; Yvon Gourhant; Djamal Zeghlache (CNSM, 2012)

ROFL: Restoration of failures through link-bandwidth sharing. - Daniel Philip Venmani; Yvon Gourhant; Djamal Zeghlache (GLOBECOM Workshops, 2012)

Demystifying Link Congestion in 4G-LTE Backhaul Using OpenFlow. - Daniel Philip Venmani; Djamal Zeghlache; Yvon Gourhant (NTMS, 2012)

Give and Take: Characterization of Availability of Multi-State Wireless Backhaul Networks. - Daniel Philip Venmani; Yvon Gourhant; Djamal Zeghlache (VTC Fall, 2012)

OpenRoutes: Multi-operator cooperative routing over maximally disjoint paths for the survivability of wireless backhaul. - Daniel Philip Venmani; Yvon Gourhant; Djamal Zeghlache (DRCN, 2013)

Stitch-n-Sync: Discreetly disclosing topology information using logically centralized controllers. - Daniel Philip Venmani; Yvon Gourhant; Djamal Zeghlache (ICNP, 2013)

OpenRoutes: augmenting backhaul network survivability with reduced redundancy- a topology based analysis. - Daniel Philip Venmani; Yvon Gourhant; Djamal Zeghlache (MobiCom, 2013)

Cross-control: A scalable multi-topology fault restoration mechanism using logically centralized controllers. - Daniel Philip Venmani; Yvon Gourhant (HPSR, 2014)

Low-cost wireless network architecture for developing countries. - Yvon Gourhant; Elena Lukashova; Malla Reddy Sama; Sherif Abdel Wahed; Djamal-Eddine Meddour; Daniel Philip Venmani (I4CS, 2014)

Multi-operator greedy routing based on open routers. (Routeurs ouverts avec routage glouton dans un contexte multi-opérateurs). - Daniel Philip Venmani (2014)

On Improving Clock Synchronization Accuracy for LTE-A Networks. - Daniel Philip Venmani; Arai Kaoru (VTC Fall, 2015)

Fronthaul performance demonstration in a WDM-PON-based convergent network. - Zakaria Tayq; Bertrand Le Guyader; Philippe Chanclou; Stéphane Gosselin; D. Abdourahmane; Daniel Philip Venmani; Christelle Aupetit-Berthelemot; Stephan Pachnicke; Michael H. Eiselt; Achim Autenrieth; Jörg-Peter Elbers (EuCNC, 2016)

On the role of network synchronization for future cellular networks: an operator's perspective. - Daniel Philip Venmani; Olivier Le Moult; Fabrice Deletre; Yannick Lagadec; Yves Morlon (IEEE Commun. Mag., 2016)

Phase and Time Synchronization for 5G C-RAN: Requirements, Design Challenges and Recent Advances in Standardization. - Daniel Philip Venmani; Yannick Lagadec; Olivier Lemoult; Fabrice Deletre (EAI Endorsed Trans. Ind. Networks Intell. Syst., 2018)

A Look Inside 5G Standards to Support Time Synchronization for Smart Manufacturing. - István Gódor; Michele Luvisotto; Stefano Ruffini; Kun Wang; Dhruvin Patel; Joachim Sachs; Ognjen Dobrijevic; Daniel Philip Venmani; Olivier Le Moult; José Costa-Requena; Aapo Poutanen; Chris Marshall; et al. (IEEE Commun. Stand. Mag., 2020)

Time error analysis of 5G time synchronization solutions for time aware industrial networks. - Dhruvin Patel; John Diachina; Stefano Ruffini; Marilet De Andrade; Joachim Sachs; Daniel Philip Venmani (ISPCS, 2021)

Synchronization in Industrial IoT: Impact of propagation delay on time error. - Fatiha Hamma; Daniel Philip Venmani; Kamal Singh; Bruno Jahan (CSCN, 2023)

Timing-As-A-Service (TAAS): On the role of mobile service providers in the context of integrated Industrial Internet of Things (IIoT). - Daniel Philip Venmani; Fares Zerradi; Fatiha Hamma; Bruno Jahan; Kamal Singh (CoRR, 2023)

Timing-As-A-Service (TAAS): Over-the-Air Synchronization method for Industrial IoT. - Daniel Philip Venmani; Fares Zerradi; Fatiha Hamma; Bruno Jahan; Kamal Singh (VCC, 2024)