Maxwell Eduardo Monteiro

adpzu1@r.postjobfree.com / (mobile): 949-***-****

https://www.linkedin.com/in/maxwell-monteiro-96b54922

Sr. Networked System Architect / Engineer

Ph. D in Electrical and Computer Engineering with 18+ years of experience in design, development, and deployment of critical mission networked systems. A Proactive person with strong hands-on skills, a broad experience in telecommunication network engineering, and a comprehensive experience within high performance networked/distributed software design, specification, and development. Has a consistent vision of modern software development process and applies solid research skills to deal with new technical issues. Working in teams, can be an excellent group player. I although feel comfortable with the team leading positions, and the hard work keeping projects on time and budget. competences:

● Software engineering ● data center network planning and design ● cloud computing and virtualization design and support ● Software Defined infrastructure support and management ● autonomic and intelligent software development ● data center performance analysis and capacity planning● Cloud architecture ● design and development of high-performance financial transaction systems ● telecommunications network management ● network security management ● distributed systems interoperation via conceptual modeling (Ontologies) ● Network management software development ( Optical Transport Networks (OTN) and Computer Networks) ● networked embedded systems (Internet of Things) software development.

Technical Skills

Programming Languages: Python, Java, C/ C++, Go, assembly.

Distributed/network programming: OSGi, karaf, Akka, JEE, CORBA (C++/Java); MS (DCOM/MTS), sockets, threads, load balanced clusters: apache karaf, apache kafka, lightbend Akka,

Operating System Programming: Linux (C/C++/Python), Unix Shell Scripting: Bash and Python script, and Windows S Power Shell.

Databases: SQL (MySQL, Postgres), NoSQL( Neo4J, MongoDB, REDIS, Cassandra)

Big Data: Hadoop, Spark, Hive, Impala, HBase;

Web tehcnologies: HTML5, CSS, bootstrap, java Srcript(AngularJS,JQuery,React), NodeJS(express, Socketstream,) REST, JSON, OWL, web Semantic.

Mobile Development: Android Studio( Flutter, Dart, JAVA, Kotlin). Google Firebase Android.

Embedded programing: Atmega 32 bits, STM32,Cortex M3, Arduino, Raspberry Pi, Beaglebone Black (Linux/Python).

Parallel programing:

CUDA (C/C++/Python), MPI(C/C++/Python).

Scientific/Analitics: (Mathlab, octave, Julia, R, Mathematica, Python, pandas, numpy,scipy, mathplotlib, statsmodels, Scikit Learn,seaborn, bokeh)

Financial protocols: ISO 8583, HSM, and, Oracle Advanced Queue;

Software Engineering:

Agile SDC: Scrum, kanban,FDD.

Design: UML2.0, Enterprise Architect

CI/CD automation process and technology ;

Data Science and Machine Learning:

strong understanding of ML (regression, classification, clustering, decision three), and of Deep Learning( Neural Networks, ConvNet,neural netwoks with reinforcement)

R programming

Deeplearning(Tenor Flow, Keras)

Software Defined infrastructure: Apache2, NGIX, Docker, Docker Compose, Kubernets, Ansible, LxC, VXLAN, Open Network Linux, OpenSwitch, VirtualBox, Vagrant, KVM, Open VSwitch, OpenStack, SDN Ryu Controller, Open Day Light, ONOS, NFV(ETSI), SD-WAN. Terraform.

Cloud Architecture

AWS:VPC, LoadBalancer, Autoscale,EC2,WAF, API Gateway, Cloud Formation (Well Architected framework)

Google Cloud platform: GKE, CloudStorage, Compute Engine

Network L2/L3 Protocols: IEEE 802.3, IEEE802.11, IEEE 802.1(x, d, q, ad, ah), Metro Ethernet, TCP/IP (IPv4, IPv6) Routing, RIP, OSPF, BGP, IGRP, EIGRPISIS; Telecom: MPLS, Frame Relay, X.25, SDH, WDM/OTN./GMPLS ITU-T G.8080

Cyber Security:

Cryptography (AES, 3DES, Blowfish, Twofish, RSA); PKI(X.509), ISO/IEC 27000, Firewalls( Check Point, Sonic Wall, IP TABLE, pfSense), IPS, IDS( Check Point, Snort, Suricata, Wazuh), NMAP, NESSUS; Software and System Security(PCI DSS, HIPAA, NIST CSF).

Optics:

OSA, lasers sources, optical power meters, optical components setup;

PIC: Lumerical MODE, Interconnect;

PIC KLayout, Tanner L-Edit Photonics;

ComSol Physics Simulator.

Network Management:

(FCAPS)Protocols/Standards: SNMP, Netconf/YANG, Dmtf-CIM/WBEM, TMForum MTNM/SID/TAM/Frameworx;

Open Config, RESTConf.

(ITU-T) M3000, G874, G7710,

Internet services and protocols:

DNS, DHCP, POP3, SMTP, HTTP/HTTPS, LDAP, and NFS.

IoT Technologies:

protocols: MQTT, CoAP(RFC 7252);

Low level communication protocols: NFC, RFID, Bluetooth and Bluetooth low Energy(BLE); Zigbee, Lora and LoraWAN;

Radio Frequency:

Radio mobile RF coverage simulation;

Spectrum analyser

Education

PhD in Electrical and Computer Engineering from the Federal University of Espírito Santo - Brazil (2010).

Master in Computer Science from the Federal University of Espírito Santo - Brazil (2000).

Bachelor's Degree in Computer Engineering from the Federal University of Espírito Santo - Brazil (1998)

Cloud Engineering with Google Cloud Professional Certificate(2019)

Deep Learning Specialization(2020)

Applied Data Science with Python Specialization(2020)

Data Science Specialization (2021)

Languages

Speaks Portuguese (native);

English (intermediate);

Spanish (intermediate);

French (Beginner)

US Visa Status

J1 visa with limited work permit.

Eligible to a EB-2 Advanced Degree or EB3 Professionals, within a job offer sponsorship;

Professional Experience

Federal Institute of Technology of Espirito Santo - Brazil (2010 - present)

The Federal Institute of Technology of Espírito Santo (IFES) is one of the most traditional technical colleges in Espirito Santo State, and in Brazil as well. Founded in 1909 as a hand craftsman school for poor young students, this public organization was embraced by the Brazilian Federal Government in 1965. IFES offers 100 associate, 40 bachelor, and 9 master programs, attending 17 thousand students every year. (http://www.ifes.edu.br/)

Associate Professor and Researcher

Lectured in B.S. Information Systems and B.S. Automation Engineering, as well as in Associate Information Technology, and Associate Computer Network Technician. Computer Network, Data Communication, TCP/IP Architecture, LAN/WAN Technologies, Internet Services, Linux Network Services, Computing Virtualization, Computer architecture, operating systems, computer networking, distributed systems, embedded systems, internet of things, and programming languages (Python/C++/Java) are the disciplines that I have been lecturing. As a researcher, I have been working on distributed autonomous computing infrastructure management systems. My approach combines innovative software architecture using computational ontology and artificial intelligence. I have managed and developed the following projects:

2019-2021 Tuberculosis assessment System: (role in the project - software engineer) - Achievements: (I) design, specification, and development of a Mobile App for tuberculosis patients’ orientation and assessment ( Android Studio, Java, Google Firebase). (II) Design, development of the management System Website (Java Script, Firebase Java script libraries, Bootstrap, AngularJS, HTML5, CSS3).

2018-2020: Big Data Architecture for Brazilian National Health System : (role in the project - Cloud Architect) - Achievements: (I) architecture design for Brazil NHS especial Project, the Inception of Big Data in public health in Brazil(AWS: VPC, Nets,Routing tables, Nats, Availability Zones, RDS, S3, EC2,EKS). (II) Exposure to Hadoop and Spark environment.

2017-2018 – Vitoria-ES Metropolitan IoT Network Design and Experimental Deployment. (role in the project – Iot Network Tech Leader) - Achievements: (I) designing,and specification of a IoT infrastructure for the Vitoria-ES/Brazil Metropolitan Area. ( Spectrum analizer, Radio mobile Software, LoraWAN gateways and devices, Cloud infrastructure for LoraWAN Software); (I) Establishment of the Experimental IoT Network for Smart City pilot initiatives in Vitoria Metropolitan Area.

2014-2015: Mobile Credit Payment System : (role in the project – Software Tech Leader) - Achievements: (I) Designed, specified and coordinated the development of a mobile payment software (Android – smartphones - Java) for Avista's credit card electronic processing system (www.avista.com.br), with NFC thecnology. (II) Developed and deployed the adjustments(for mobile operations – for security reasons)on the ISO 8583 financial transaction front-end-processor software

2015: The Experimental Data Center for Smart Cities: (role in the project – Data Center Architect) - Achievements: (I) design and specification of the experimental Data center (for cloud management and Smart Cities research) (OpenStack platform, Open Day Light, Open Source Mano) at Espirito Santo State innovation, researche, and development Center (CPID-ES https://www.es.gov.br/Noticia/governador-visita-obras-do-centro-de-pesquisa-inovacao-e-desenvolvimento); (II) Designed and deployed the Federated Research Cloud and DCI Network at Vitoria-ES Metropolitan Area (Multi Open Stacks and Multi Open Source Manos instances integrated).

2014-2015 The Energy Smart Meeters Patforma:(role in the project - software Architect)- Achievements: (I) designed a software system integrating smart power meter devices and other networked things into the Smart Energy Private Cloud system (a home private cloud platform, based on openHAB) Zaruc Inc. (http://www.zaruc.com.br/). (II) developed the smart socket power meter firmwarw (Cortex M3, EMW3090V2 Wi-Fi® Module) in order to Smart Private Cloud integration.

2013: Optical Network Management System: (role in the project – Software Tech Leader) - Achievements: (I)Designed and specified an experimental Autonomous Transport Optical Network Services Provisioning System, based on Computational Ontologies (Web Semantic, Java script, HTML4,CSS3, BootStrap, Triple Store Data Base, )- aka NOPEN (www.padtec.com.br). (II) Integrated the system with the LIghtpad OTS Product Family( https://www.padtec.com.br/plataforma/lightpad-ots/https://www.padtec.com.br/plataforma/lightpad-ots/)

2012-2013 LightPad i6400g MIB development:(role in the project – Senior Optical Telecommunications Engineer) - Achievements: (I) Optical Components characterization, and test, in order to find the effects over the light pad equipment's behavior(Optical spectrum analyzers(OSA),power meters, multi wave length laser sources, Aritsu OTN, SDH/SONET, PDH/DSn Analyzer); (II) design and implementation of the light Pad i6400g MIB(SNMPv3, Netconf/YANG); (III) designed the roadmap to SDN/DCI and NFV evolution.

2011-2012 The Evolution of Light Pad Optical WDMTransport Platform :(role in the project – Optical Telecommunications Specialist)- Achievements: (I) elaborated the LightPad 1600G Management features Gap Report, evaluating and describing its network management functionality limitations. The report considered ( the SNMP and Netconf/Yang implementations,the adherence to: ITU G.709, ITU G.805, ITU G.872, ITU G.87710, ITU G.874, ITU G.806, ITU G.796, ITU G.827, ITU G.8201, and ITU G.8080); (I) designed the road map to minimize costs while the management system evolves.

University of California San Diego, CA 93500 (2016 )

The University of California San Diego has been ranked the 17th best university in the world by the Center for World University Rankings (CWUR) and 10th in terms of research impact.(http://www.ucsd.edu)

Visiting Research Scholar

My research is focused in hybrid optical-electrical data center networks and correlated software defined control systems. Currently I'm applying optical mode division multiplexing and a sub-bandwidth array of carriers' modulation for the next-generation of data center networking equipment.

Designed a preliminary on-chip (silicon photonics) mode based Reconfigurable Optical Add-and-Drop Multiplexer (ROADM);

Samarco Mineradora - Brazil (2009 - 2010)

Founded in 1977, Samarco is a privately held Brazilian mining company, controlled in equal parts by two shareholders: Vale S.A. and BHP Billiton. Samarco operates in three main sites, a mine in Mariano-MG, an industrial complex and port in Ubu-ES, and a corporate headquarter in Belo Horizonte-MG. Besides that, Samarco has three sales offices in Vitória-ES, Amsterdam-Netherlands, and Hong Kong-China (http://www.samarco.com/en/)

Senior Network Engineer

Coordinated the first and second level actions of the network engineering team, and analyzed the Samarco's computer network for continuous upgrade process by designing and coordinating special projects:

Designed and executed the project that implemented the security protocol 802.1X and Microsoft RADIUS authentication service in all Samarco's sites, including international offices. This project was one of the steps to bring Samarco into Sarbane-Oxley (SOX) standard. Cisco SW 3500 and ISR 4000

Designed and managed the project that redefined the security perimeter of Samarco's global network. The project was Responsible to deploy Checkpoint Firewalls, creating two secure and physical separated internet traffic entrances, operating in a load balance mode.

Designed and managed the integration between the corporate Plane-old Switched Telephone Network (PSTN Siemens) and Cisco Unified Communication solution. This project reduced 35% of telephony costs and had a pay time of just one year.

Banco do Estado do Espírito Santo (Banestes S.A.) - Brazil (2007 - 2008)

The bank of the state of Espírito Santo S.A.(BOVESPA: BEES3, BEES4) is a public bank founded in 1937 with 1 million of clients and 820 presence points in Brazil - (http://www.banestes.com.br/index.html)

Lead Software Architect - Electronic Payment Transaction System

Analyzed and designed the electronic transaction process of Banescard credit/debit card system. Analyzed the security requirements and designed the Banescard PIN and password management process, using a Hardware Security Module (HSM). Analyzed and executed performance improvements of the electronic transaction system. Designed and specified the computing infrastructure (servers and network devices) for the electronic transaction system.

Designed the integration process of the secure electronic credit transaction function in Banestes electronic transaction system, providing 1,800,000 credit transactions per month (2,500 per hour);

Designed the Point of Sale software (for Igenico and Verifone hardware) that integrated the multiple Banestes' card based products - debit, credit, food ticket, and personal insurance.

Designed the total decoupling between electronic transaction tasks and the balance and reporting tasks in Banescard system.

Improved the software concurrency aspects of the Banescard transaction system to treat special commercial dates, increasing the Banescard to 4,680,000 transactions per month (6,500 per hour)

Improved the software concurrency aspects of Banescard Bach task/jobs processing system of Banescard, reducing the total processing time from 12 hours to 4 hours using the same computing infrastructure.

AcelorMittal Tubarão - Brazil (2003 – 2006 part time- day shift)

Founded in 1983, ArcelorMittal Tubarão is an integrated flat steel producer unit located in the Vitoria Metropolitan Area, state of Espirito Santo, southeast coast of Brazil. It has a 7.7 million ton/year capacity to produce steel slabs and hot rolled coils, and directly employs 4.5 thousand people (http://tubarao.arcelormittal.com/en/index.asp)

Senior Network Engineer and Team Supervisor

Supervisor of first and second level network and Windows Server engineering team. Network engineer Responsible for the continuous upgrade process of the Cisco Arcelor Mittal Tubarao's computer network and Checkpoint security infrastructure, through special projects. Architect and supervisor of IBM Tivoli IT management solution for Arcelor Mittal Tubarão computing infrastructure.

Designed and executed the project that implemented ITIL 2.0 to Windows 2003 servers supporting team, becoming the standard process to the other technology teams.

Executed the project that exchange the IP address range of all Arcellor Mittal network, and supported the development team on changing applications IP dependency.

Designed and executed the project that implemented 802.1q (Fast Spanning Tree and Trunking) and Cisco EIGRP over the corporate and industrial (not correlated with automation devices) network. The new network architecture provided two independent and balanced point of access to Internet and Acelor Mittal Extranet. Cisco SW 3500, SW 4500and ISR 2800

Designed and managed the deployment of IBM Tivoli IT management solution, delivering a full automatized alarm, incident response, conformance checking, and overall IT performance reporting.

Executed the project that identified the network demanding and poor performance applications, reporting and specifying the correction actions for network and software teams.

FAESA College - Brazil (2003 - 2010: Part Time-night shift)

The FAESA College is one of the most important private colleges in the state of Espírito Santo. Founded in 1972, Faesa offers 33 bachelor courses in 3 campuses- (http://portal.faesa.br/)

Lecturer and Researcher

Lectured in B.S. in Computer Science, B.S. in Information Technology, Associate Network Technician, and Associate Game Developer: computer architecture, operating systems, computer networking, distributed systems, assembly language, object oriented languages (C++/Java), TCP/IP Architecture, Windows 2000/2003 Server, Internet Services, and Computer Networking. Organized technology events. Elaborated exams to select new students, as well as new lectures. Was Responsible, as full researcher, for R&D projects with companies in different business domains.:

2004 - Business Analysis and Requirements specification to the Garinni Motors SA ERP software acquisition (role in the project – Senior Business Analyst) - Achievements: (I) Designed and managed the process of requirements specification, and software acquisition of an Enterprise Resource Planning Software (ERP) to Garinni Motors SA, an Itapemirim Group's company; (II) elaboration of RFP; (III) proiposals selection consultancy.

2003 - Business Analysis and Requirements specification to the Marbrasa's Marbles SA ERP software acquisition (role in the project – Senior Business Analyst) - Achievements: (I) Designed and managed the process of requirements specification, and software acquisition of an Enterprise Resource Planning Software (ERP) to Marbrasa's Marbles SA https://marbrasa.com.br/en/home_usa/), an Itapemirim Group's company; (II) elaboration of RFP; (III) proiposals selection consultancy.

2002 – Itapemirim Corporate Computer Network Performance Evaluation– (role in the project – Senior Network Engineer) - Achievements: (I) Designed and managed the project that identified and corrected the network bottlenecks;(II) identified the poor performance applications in Itapemirim's corporate network, an Itapemirim Group's company (http://www.itapemirim.com.br/); (III) dimensioned the WAN links according to the presumable correct application performance, reducing 25% with the WAN network capital expenditure.

2003 - Business Analysis and Requirements specification to the Marbrasa's Marbles SA ERP software acquisition (role in the project – Staff Software Engineer) - Achievements: (I) Developed, as a team member, a mobile information system to support maintenance activities in the power distribution system of Espirito Santo State Electricity Company (http://www.edp.com.br)(C/C++, Postgress, SOAP/Web Services and Java ME technologies, GPRS for mobile communication and GPS as a context information).(II) developed a Web power Quality Monitoring Dashboard, getting data from dozens of measurement equipment ( HTML, CGI,postgress, TCP/IP Sockets, threads)

Avista Credit Card - Brazil (2000 - 2001)

The Avista Credit Card company was officially founded in 2001 as a regional credit card focuses on low incoming customers. The development of the in-house credit operating software started in 2000 and completely finished in 2002. Today, Avista is a national leader in private label credit cards, (https://www.avista.com.br/en/empresa.html)

Software Engineer - Electronic Payment Transaction System

Responsible for point of sale platform software development (Daruma and Veryfone), and Microsoft DCOM/MST back-end electronic transaction software system. Has designed the Avista's back-end business software as a service oriented platform. Also Responsible for data communication (PSTN and GPRS) system for electronic transaction system.

Specified and implemented the ISO 8583 based Avistas's electronic transaction protocol on A Point of Sale Machine(Daruma embedded platform C/C++);

Designed and implemented the electronic transaction software system( Microsoft DCOM, C++) that supported the Avista's business for 3 years, without major maintenances;

Coordinated the deployment of 6 remote Avista's offices IT infrastructure( IP Network, PSTN, Microsoft Windows 2000 Server) and remote software connectors to access to central office back-end software.

FAESA College - Brazil (1998 - 2001: part time)

The FAESA College is one of the most important private colleges in the state of Espírito Santo. Founded in 1972, Faesa offers 33 bachelor and 12 specialization courses in 3 campuses- (http://portal.faesa.br/)

Assistant Lecturer and Researcher

Lectured in B.S. in Computer Science, such as: computer architecture, operating systems, computer networking, distributed systems, assembly language, and object oriented languages (C++/Java). Also responsible for delivering the technology aspects of projects such as:

Specified and managed the FAESA's computing laboratories, with 120 workstations, 12 servers (Windows NT 4 and Linux), and 15 networking equipment’s for experimental classes;

Developed, as a team member, the B.S. Computer Science course re-direction, and supported its beginning, after authorization by the Federal Education Ministry.

1998-1999 Acelor Mittal Tubarão Corporate Network Performance Evaluation:(role in the project – Staff NetworkEngineer) - Achievements: (I) Executed the performance analysis and bottleneck identification of Acelor Mittal Tubarão corporate computer network (SNMP, McAfee Network Snifer,nd Compuware Application Performance Analysis tools); (II) redesigned the Acelor Mittal Tubarão Access Network.

Banco do Estado do Espírito Santo (Banestes S.A.) - Brazil (1997 - 1998)

The Bank of the State of Espírito Santo S.A. (BOVESPA: BEES3, BEES4) is a public bank, founded in 1937, with 1 million clients and 820 presence points in Brazil - (http://www.banestes.com.br/index.html)

Network Engineer

Responsible for supporting and extending the corporate TCP/IP LAN network and the network operating system Netware Novell 4.1/4.12. Administrated 1250 client users, 80 network printers and 30 servers. Designed and specified TCP/IP networking elements (switches, routers, and servers) for critical business networks.

Designed and executed the project that exchanged IPX/SPX communication architecture for TCP/IP architecture, including physical cabling aspects (802.3 10base2 to 802.3 10BaseT - EIA/TIA 568);

Designed and specified, as a team member, the L2/L3 all switched topology for the corporate network, applying the Cisco 3 Layer Model (access, distribution, and core).

Designed and specified, as a team member, the computing and networking infrastructure need for the two Banestes' data center hot redundancy (routing aspects - OSPF; IP addressing, server hardware for data center - Blade; and Netware Directory Service - DNS replication and partitioning).

Banestes Seguros S.A. - Brazil (1996 - 1997)

Leading regional insurance company focused on autos and life protection. Founded in 1971 as especial branch of Banco do Estado do Espírito Santo - (http://www.banestes.com.br/site/banseg_2005/index.htm)

Network Administrator

Responsible for EIA/TIA 568 cabling system management, over 1200 ports; administration of 350 users in a Windows domain; and supporting of 350 client computers, 35 network printers and 8 Windows NT 4 servers.

Supported the transition of the in-house insurance system from mainframe to client-server (Windows NT/SQL Server);

Developed the first standards to maintain the Banestes Seguros' Computer Network.

Selected Publications

1.Portela, Tiago, Maxwell E. Monteiro, Jefferson Rodrigo A. Cavalcante, Joaquim Celestino Jr, and Ahmed Patel. "An extended software defined optical networks slicing architecture." Computer Standards & Interfaces 70 (2020): 103428.

2.Monteiro, Maxwell Eduardo, Rodolfo S. Villaça, Káio Simonassi, Renan Tavares, and Cássio Reginato. "Implementing the software defined management framework." International Journal of Grid and Utility Computing 11, no. 3 (2020): 330-344.

3.Reginato, Cássio, Jordana Salamon, Gabriel Nogueira, Monalessa Barcellos, Vítor Souza, and Maxwell Monteiro. "GO-FOR: A Goal-Oriented Framework for Ontology Reuse." In 2019 IEEE 20th International Conference on Information Reuse and Integration for Data Science (IRI), pp. 99-106. IEEE, 2019.

4.Frascolla, Valerio, Cristina Dominicini, Marcia Paiva, Gilles Caporossi, Marcelo Marotta, Moises Ribeiro, Marcelo Segatto, Magnos Martinello, Maxwell Monteiro, and Cristiano Both. "Optimizing C-RAN Backhaul Topologies: A Resilience-Oriented Approach Using Graph Invariants." Applied Sciences 9, no. 1 (2019): 136.

5.MONTEIRO Maxwell E. VILLAÇA R. da Silva, TAVARES Renan, SIMONASSI Kaio. SDMAN: Software Defined Management. 2018 IEEE 32st International Conference on Advanced Information Networking and Applications (AINA)

6. PORTELA Tiago de Souza; Jefferson Rodrigo A. Cavalcante; Ahmed Patel; MONTEIRO Maxwell E. ; Joaquim CELESTINO. SONA: Software Defined Optical Networks Slicing Architecture.2017 IEEE 31st International Conference on Advanced Information Networking and Applications (AINA) 2017

7.BARCELOS, P.P.F., REGINATO, C.C., MONTEIRO, M.E. and GARCIA, A.S., 2016. On the importance of truly ontological distinctions for standardizations: A case study in the domain of telecommunications. Computer Standards & Interfaces, 44, pp.28-41.

8.SILVA, E. N.; MONTEIRO, M. E.; GARCIA, A. S. Self-configuration of Optical Supervisory Channel in OTN Networks: a software defined approach. In: 33th Simpósio Brasileiro de Telecomunicações, 2015, Juiz de Fora - MG - Brasil.

9.FAVORETO, R. ; MONTEIRO, M. E. ; BARCELOS, P. P. F. ; SILVA, F. B. ; NEGRI, P. P. An Ontology-based Approach to Improve SNMP Support for Autonomic Management. In: 10th International Conference on Network and Service Management 2014, 2014, Rio de Janeiro.

10.MONTEIRO, M. ; GARCIA, A. S. ; BARCELOS, P. P. F. ; GUIZZARDI, G. . ONTOLOGY BASED MODEL FOR THE ITU-T RECOMMENDATION G.805: TOWARDS THE SELF-MANAGEMENT OF TRANSPORT NETWORKS. International Journal of Computer Science and Information Technology (Online), v. 2, p. 155-170, 2010.

11.MONTEIRO, M. ; GARCIA, A. S. ; SEGATTO, M. E. V. ; BARCELOS, P. P. F. ; SIMOES, R. M. . OOTN – na ontology proposal for optical transport networks. In: International Conference on Ultra Modern Telecommunications & Workshops, 2009. ICUMT '09., 2009, St. Petersburg. International Conference on Ultra Modern Telecommunications & Workshops, 2009, 2009. v. 1. p. 1-7.

12.BARCELOS, P. P. F. ; GUIZZARDI, G. ; GARCIA, A. S. ; MONTEIRO, M. E. . Ontological evaluation of the ITU-T Recommendation G.805. In: 18th International Conference on Telecommunications (ICT), 2011, Ayia Napa, Cyprus. Proceedings of 18th International Conference on Telecommunications (ICT), 2011. p.232-237.

13.MONTEIRO, M. ; DRÁGO, A. B. ; GARCIA, A. S. . A methodology for performance management of networks. In: LCN 2000 - The 25th Annual IEEE Conference on Local Computer Networks (LCN), 2000, Tampa, Florida - USA. LCN 2000 - The 25th Annual IEEE Conference on Local Computer Networks (LCN), 2000. v. 1. p. 442-451.

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