1,722,047 research outputs found
Mobile mpox detection system Supplementary Material
No full textThis repository contains the supplementary material accompanying the paper named: A Transfer Learning and Explainable Solution to Detect mpox from Smartphones images. Specifically, here can be found all the scripts to replicate the experiments and figures/tables presented in the manuscript.
Please, refer to the README.md file for more details.This work was produced with the co-funding European Union - Next Generation EU, in the context of The National Recovery and Resilience Plan. The funding derives partially from Investment 1.5 Ecosystems of Innovation, Project Tuscany Health Ecosystem (THE), CUP: B83C22003920001 in which the authors M. G. Campana and F. Delmastro are involved, from Project MUSA – Multilayered Urban Sustainability Action in the Investment 1.5 Ecosystems of Innovation in which the author S. Mascetti is involved, and from the Research and Innovation Program PE00000014, ``SEcurity and RIghts in the CyberSpace (SERICS)'', CUP: J33C22002810001, in which the author E. Pagani is involved
Mpox Close Skin Images
No full text<p>The <strong>Mpox Close Skin Images</strong> dataset (<strong>MCSI</strong>) is a collection of skin images obtained from diverse public sources, that we accurately pre-processed (i.e., cropped and zoomed) in order to focus the skin lesion (if present), and to evaluate Machine Learning models aimed at detecting different pathologies from skin lesion pictures taken with smartphone cameras.<br>
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It includes a total of 400 pictures homogeneously divided in 4 different classes: <em>mpox</em>, which contains samples of mpox (formerly Monkeypox) skin lesions; <em>chickenpox</em>, with samples of chickenpox cases; <em>acne</em>, containing samples of acne at different severity levels; and <em>healthy</em>, which contains samples of skin without any evident symptoms.<br>
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This repository is part of the supplementary material accompanying the paper named: <em>A Transfer Learning and Explainable Solution to Detect mpox from Smartphones images</em>.<br>
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Please, refer to the <em>README.md</em> file for more details.</p>This work was produced with the co-funding European Union - Next Generation EU, in the context of The National Recovery and Resilience Plan. The funding derives partially from Investment 1.5 Ecosystems of Innovation, Project Tuscany Health Ecosystem (THE), CUP: B83C22003920001 in which the authors M. G. Campana and F. Delmastro are involved, from Project MUSA – Multilayered Urban Sustainability Action in the Investment 1.5 Ecosystems of Innovation in which the author S. Mascetti is involved, and from the Research and Innovation Program PE00000014, "SEcurity and RIghts in the CyberSpace (SERICS)", CUP J33C22002810001, in which the author E. Pagani is involved
ROBERTO DELMASTRO NASO * 17.10.1945 - † 26.12.2014
Full text linkRoberto Delmastro Naso (17.10.1945 - 26.12.2014) fue tanto en su vida académica como en la gestión empresarial, un ingeniero forestal que desarrolló proyectos pioneros, innovadores y de enorme trascendencia para el sector forestal de Chile. Como académico , mediante su integridad, destacó por su aporte en la formación de personas
Andrea DelMastro
Full text linkSince joining the Department of Surgery in 2001 as an administrative assistant in the Division of Transplant Surgery, Andrea DelMastro has moved to our 1300 Wolf Street Office on the Methodist Campus. Born and raised in South Philly, she has returned and served as the Department’s practice manager there for the past five years.
At Methodist, Andrea oversees day-to-day operations of 14 providers and a team of registrars, medical assistants and nurse practitioners. The practice includes several specialties within the Department of Surgery: Bariatric, Breast, Colorectal, General, Thoracic and Vascular Surgery & Vascular Medicine. The services provided there include more than just surgical consultations, as several other outpatient services are offered, including vascular ultrasound, minimally invasive vein closure, and wound care.
During the last few years she has been active at both campuses taking on a number of departmental projects: she is currently the Department’s lead for the JeffConnect telehealth program and serves as a ‘super user’ for the EPIC Electronic Health Record implementation.
Another of DelMastro’s long-term projects is contributing to the Methodist Hospital Division’s Surgery White Paper. The purpose of the ongoing initiative: to identify ways to improve both patient experience and overall surgical patient throughput at Methodist. To date, such improvements have included adding a room for private family surgical consultations and staffing a patient registrar.
She appreciates the diverse challenges of her work: “Every day is different,” she says. “I juggle clinic hours, department projects, as well as the unique needs of staff and patients that come up daily.” DelMastro strives to make sure her employees are engaged, as she believes that “makes all the difference in patient care.”
Above all, Andrea values being part of the Methodist community: “I love that I get to work in an office where I know the majority of my patients from the neighborhood. It’s world-class care – with a real hometown feel.
Definición de propuesta de valor y recomendación de acciones de marketing para una fábrica de hidroelevadores
Full text linkFil: Delmastro, Federico. Universidad Nacional de Córdoba. Facultad de Ciencias Económicas; Argentina.Zetla es una división de una empresa familiar del interior cordobés dedicada a la fabricación de hidroelevadores de personas. Actualmente toma sus decisiones de ventas y marketing de manera desordenada e intuitiva. Asimismo, se encuentra en un proceso de internalización tratando de conseguir distribuidores en el exterior. En el presente trabajo se hace un detalle de dos segmentos de clientes de dos mercados objetivo de la empresa, el segmento de las cooperativas del mercado argentino y el segmento de empresas “multiproducto” del mercado estadounidense. A partir de técnicas de investigación de mercado y diseño de propuestas de valor, que permitieron conocer en profundidad a los segmentos mencionados, se diseñaron
acciones de marketing específicas para cada uno de ellos.Fil: Delmastro, Federico. Universidad Nacional de Córdoba. Facultad de Ciencias Económicas; Argentina
Advanced Urban Energy Planning: an interdisciplinary approach to improve heat decarbonization assessments
Full text linkUrban areas have been recognized as the heart of the decarbonisation process, being potential drivers of sustainable or unsustainable paths. The necessary transition to cleaner and more sustainable cities recently raised the research attention on the possible ways to perform urban energy planning. However, there is still not a wellrecognized procedure and an agreed methodological framework to support urban energy planning, leading to inappropriate strategy definitions, directly focusing on the design of a pre-defined plan. This thesis has the primary objective to contribute in providing a theoretical-methodological framework to support urban energy planning by exploring, applying, adapting and combining with other disciplines, the principal energy system planning methods and tools.
A review of scientific literature was performed to identify the state-of-art significant limitations on which the thesis was structured. Without seeking to replace other existing modelling approaches and without presupposing a full knowledge in the different research disciplines, this Ph.D. dissertation provides a basis for understanding how the weaknesses of the different approaches can be rectified by the strengths of others to move beyond traditional urban energy planning applications focused on the built environment. Comprehensive energy system methods and tools are necessary at the planning stage to quantitatively consider interactions among sectors and demand and supply options over long-term horizons. Nevertheless, the thesis confirms that while they are incredibly useful for planning purposes, they cannot be used alone for urban applications and should be combined with other methodologies. This need is mostly related to the necessity of disposing of a detailed and highly disaggregated description of the demand and of the spatiality to deal with specific urban needs (critical areas, liveability, built environment constraints). In particular, spatial analyses are fundamental in urban planning to considerably improve the quality of planning and decision-making processes through intuitive visualization maps. Furthermore, the involvement of stakeholders is key to the success of the planning procedure: they speed the data collection process, support definition of assumptions and a shared city vision (qualitative evaluations). Given the complex nature of urban energy planning, an interdisciplinary and integrated methodological procedure - based on the actions of knowing, understanding and planning – is therefore proposed. The procedure combines building physics, energy planning and territorial analyses to create a preliminary methodological background able to deliver technical, financial and environmental insights for the definition of energy plans. The proposed methodological framework was applied to a case study that fixed the research boundaries to the demand and supply side of the urban built environment of district-heated cities. The case study, on the one hand, provides numerical evidence to results and on the other hand offers a theoretical background for guiding urban planners, researchers, and decision-makers in future urban planning applications.
As a result, the proposed integrated and comprehensive framework provides evidence of the multiple benefits of taking into account synergies between demand and supply, particularly in term of avoided additional investments. The scenarios analysis confirms that ambitious environmental targets can be reached at reasonable added costs if investments are appropriately channelled. The suggested research advances in urban energy planning will allow achieving more informed assessments of appropriate strategic investments, their life-cycle costs, and energy/ environment ambitions. All the recommended planning phases are fundamental, and the author suggests to push future research and practices to enhance the procedure by dividing it into a planning stage (knowing & understanding/ planning/ prioritizing & deciding) and into an operational phase (designing/acting/ monitoring & informing), leading to a bi-directional flow of information between planning and operational models
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