Network


Latest external collaboration on country level. Dive into details by clicking on the dots.

Hotspot


Dive into the research topics where Marcin Solarski is active.

Publication


Featured researches published by Marcin Solarski.


2006 1st Workshop on Operator-Assisted (Wireless Mesh) Community Networks | 2006

An Experimental Evaluation of Urban Networking using IEEE 802.11 Technology

Marcin Solarski; Pablo Vidales; Oliver Schneider; Petros Zerfos; Jatinder Pal Singh

A new opportunity to reuse existing broadband access infrastructure has arisen by the high penetration of IEEE 802.11 technology family. DSL routers and cable modems with built-in WLAN capabilities allow broadband private customers to share bandwidth with third parties in a safe and controlled way. The success of this approach is highly dependant on the performance of WiFi technology in urban areas. It is critical to experimentally evaluate IEEE 802.11 deployments in places such as houses, flats, parks and offices. This paper describes a solution that enables controlled sharing of existing broadband connections to increase wireless access coverage. The feasibility of our solution is pondered by performing a thorough study of urban networking using IEEE 802.11 technology. We evaluate the performance of this technology in urban environments and analyze the impact of typical factors such as (i) access point elevation in relation to the mobile client, (ii) inter-floor connectivity in urban buildings and (iii) widely used hardware. Using the collected data, we estimate the potential service range for those opening their broadband connections. The results suggest that sharing private connections could exponentially increase wireless coverage in urban areas


Computer Networks | 2006

Deployment and management of component-based services in active networks

Marcin Solarski; Matthias Bossardt; Thomas Becker

This paper describes an integrated architecture for deployment and management of component-based services on heterogeneous programmable and active network nodes. The approach allows for flexible handling of active services on a fine-grained level thanks to the full component orientation and the application of mature concepts commonly used in enterprise software systems. The main features of the proposed solution are: a hierarchical component service model, two-tiered service deployment architecture with separated network-level and node-level deployment requirement resolution engines, out-of-band node-level-controlled code distribution on demand, as well as deployment and management support for heterogeneous multi-plane distributed active services. The architecture has been implemented and experimentally evaluated within the FAIN project.


simulation tools and techniques for communications, networks and system | 2009

MetroSim: a planning tool for metropolitan WiFi networks

Gilberto A. Urueta; Christopher Thraves; Marcin Solarski; Pablo Vidales

Massive growth of home wireless networking revives the opportunity to achieve citywide ubiquitous wireless access by building a WiFi overlay based on the principle of broadband sharing. This kind of large-scale overlay network poses new challenges for wireless network planning. In this scenario, the number of possible locations to install public hotspots is larger, by order of magnitude, to those managed by existing WiFi planning tools. Moreover, dynamics due to a loose control on the WiFi hotspots (as routers are not 100% controlled by the operator, but by the router owner) means hard constraints on the flexibility of the deployment. This paper describes MetroSim: a novel planning tool to drive the deployment of metropolitan WiFi networks based on enabling safe and controlled broadband sharing. MetroSim considers the aforementioned challenges in its design and implementation, as it has been developed specially to help planning this type large-scale metropolitan WiFi overlay networks.


international symposium on intelligent information technology and security informatics | 2009

Strategic Analysis of an Innovative Business Model in the Wireless Internet Access Market

Qing Yun; Marcin Solarski; Pablo Vidales; Uwe Hoeft

This paper introduces an innovative business model in wireless Internet access market. The business model tends to construct a low-cost wireless access infrastructure through encouraging ISP (Internet Service Provider) users to share their spare Internet resource. Radical changes of the roles in the business model bring new strategic possibilities to the players involved. A new type of virtual service provider emerges accordingly. Analysis of the paper focuses on strategy analysis for this virtual service provider. Using the approach of portfolio management, possible strategic scenarios are compared. To be solution provider is found out as the best one because it has the best combination of market attractiveness and competitive advantages. In the paper the business model, Concept of strategy and the methodology involved are defined. Possible strategic scenarios are then compared and analyzed. Implementing the methodology, the alternatives are compared and evaluated. The selected strategy is described in the last part.


Archive | 2007

Driving the Deployment of Citywide Ubiquitous WiFi Access

Christopher Thraves; Gilberto A. Urueta; Pablo Vidales; Marcin Solarski


Archive | 2012

Access point for centralised scheduling in a IEEE 802.11e WLAN

Jatinder Pal Singh; Petros Zerfos; Marcin Solarski; Pablo Vidales


Archive | 2007

Method and system for load balancing and QoS provisioning in a controlled broadband access sharing system

Jatinder Pal Singh; Petros Zerfos; Pablo Vidales; Marcin Solarski


Industry Track to The First International Conference on Simulation Tools and Techniques for Communications, Networks and Systems | 2010

Driving the Deployment of Citywide WiFi Networks

Christopher Thraves; Gilberto A. Urueta; Pablo Vidales; Marcin Solarski


Archive | 2009

Metropolitan Public WiFi Access Based on Broadband Sharing (Invited Paper)

Pablo Vidales; Alexander Manecke; Marcin Solarski


Archive | 2007

Method and system for load balancing and provision of QoS in a system controlled sharing of broadband access

Singh Jatinder Dr. Pal; Petros Zerfos; Pablo Vidales; Marcin Solarski

Collaboration


Dive into the Marcin Solarski's collaboration.

Top Co-Authors

Avatar

Pablo Vidales

Technical University of Berlin

View shared research outputs
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar

Thomas Becker

Fraunhofer Institute for Open Communication Systems

View shared research outputs
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Researchain Logo
Decentralizing Knowledge