Deliverables

#	Title	Executive Summary	Action
1	D1.1. Literature review on the SAFE-Rural-Health Vision in EU and Asia	The document presents a general description of remote health monitoring systems with a focus on wearable and contactless systems. Policy and framework related to the project are given in section 3. Sections 4, 5 and 6 give the detailed state of the art for three use cases corresponding to the pilots of SAFE-RH project, which are maternal infant, new-born and infant, and elderly people. The importance of data security and privacy and related requirement are given in section 7. Section 8 concludes the report by giving the research opportunities and challenges.	Download
2	D1.2. The skill priorities and requirements of Remote Health Monitoring	The Government of Pakistan intends to accelerate the use of digital technologies to provide health care facilities to distant rural communities, in particular in case of emergencies. The vision also includes the development of various online platforms through which remote living populations can have an access to qualified doctors and paramedical staff. Carrying the same vision forward SAFE-RH also intends to facilitate the population living in rural regions of Pakistan where the availability of basic health facilities is scarce and the population mainly relies on the experimentation of quakes. To this end, this document compiles the required skill priorities of various stakeholders that include doctors, medical students, and paramedical staff. These skill priorities are essential to provide a remote health monitoring system.	Download
3	D1.3. ICT enabled SAFE-Rural-Health	Since the focus of project is remote health monitoring, so it involves IoT based medical equipment, communication technologies, remote medical examination and use of AI models for early prediction of emergency situations. All these activities will be backed up by a Patient Management Information System (MIS) that will be linking all components and stakeholders. Since the system involves concepts and technologies from medical and IT domains, different stakeholders specially patients and people from medical domain need proper training to be able to use the system. This deliverable presents the training material, and courses designed for the same purpose.	Download
4	D1.4. An appropriate adaptive learning approach SAFE-Rural-Health	The Government of Pakistan intends to accelerate the use of digital technologies to provide health care facilities to distant rural communities, in particular in case of emergencies. The vision also includes the development of various online platforms through which remote living populations can have an access to qualified doctors and paramedical staff. Carrying the same vision forward SAFE-RH also intends to facilitate the population living in rural regions of Pakistan where the availability of basic health facilities is scarce and the population mainly relies on the experimentation of quakes. To this end, this document compiles the required skill priorities of various stakeholders that include doctors, medical students, and paramedical staff. These skill priorities are essential to provide a remote health monitoring system.	Download
5	D2.1. SAFE-Rural-Health-Technology Lab	The focus of SAFE-RH technology Lab is on the implementation and assessment of remote health monitoring framework in Pakistan. SAFE-RH technology Lab set up state of the art remote health monitoring Lab in IUB, Pakistan. The Lab will provide a technology transfer interface between Europe and Asian partners. Technological advancements made by the European partners will be assessable through Lab in Asian partner countries, to upgrade their conventional rural health practices. SAFE Rural Health partner (IUB) have collaborated with the pilot of other Universities in Pakistan CUST and COMSATS.	Download
6	D2.2. Maternal, Fetus and Infant Monitoring Pilot	This document presents rationale and objectives of the maternal, fetus and infant health monitoring. It describes three modules including maternal, fetus and infant along its use cases. It further covers how all three modules are realized for both use cases including facility and remote health monitoring scenario. AI driven prediction models for various maternal, fetus and infant related diseases are also explained in this document. [To seek this document contact Prof. Dr. Naeem Ramzan via Naeem.Ramzan@uws.ac.uk]	Download
7	D2.3. Old Homes Monitoring Pilot	In rural areas of Pakistan, healthcare infrastructure is generally underdeveloped and lacking in contemporary tools and technologies. Especially, elderly people living in those areas face challenges due to lack of awareness and their physical, financial and support limitations. Furthermore, social ties and community relationships are often closer and more tightly knit than in urban areas. However, this can also mean that when an elderly person loses a spouse, friends, or family members, they may experience significant social isolation and loneliness. This can have a negative impact on their mental and physical health, leading to depression, anxiety, and other health issues. More than 40% of elderly population is having anxiety and depression issues but do not have direct access to psychologists, doctors and medical professionals-who often prefer to stay in urban regions, thus the elderly population in rural areas become more vulnerable.	Download
8	D2.4. Cross Pilot	The "Cross Pilot" deliverable summarizes the deployment and evaluation of SAFE-RH solutions across multiple pilot sites. It presents a comparative analysis of the trials, assessing the effectiveness, scalability, and adaptability of the technologies in diverse real-world settings. The deliverable highlights key outcomes, challenges, and lessons learned from these pilot implementations, emphasizing cross-pilot collaboration to refine solutions. This report demonstrates the potential for SAFE-RH innovations to address reproductive health challenges in various contexts, ensuring their broader applicability and impact.
9	D3.1. Quality Plan	In order to ensure a smooth implementation, continuous monitoring, and high-quality level of the project results and project outcomes, the Quality Plan's (QP) primary objective is to define the quality control and quality assurance activities that will be carried out over the course of the project. The Quality Plan is a document that details the quality practices and processes that will be adhered to for the life of the project in order to guarantee that the quality standards will be satisfied. Therefore, the use of this document will make it possible for the project partners to work together effectively and deliver the project's results and outcomes.	Download
10	D3.2. Quality Audit Report	Quality Audit Report (QAR) is an effective mechanism to audit project and communicate with all stakeholders and to identify the performance and lacking area of the project that needs improvement. QAR is the quantity and quality of self-assessment document, and the main objective of this report is to maintain quality of each deliverable. The audit has performed on all project deliverables and missing information related to any deliverable is collected on time.	Download
11	D3.3. Measure Training Effectiveness	In today's rapidly evolving healthcare landscape, the importance of effective training programs for healthcare professionals cannot be overstated. The Kirkpatrick Model, a renowned framework for evaluating training effectiveness, offers a comprehensive approach to assessing the impact of educational interventions. This section outlines the fundamental principles of the Kirkpatrick Model and its application in measuring the outcomes of training programs conducted in SAFE-RH project.	Download
12	D4.1. Strategic plan for Diffusion and Dissemination	The diffusion and dissemination plan is a strategy to define the aims and objectives, methods of conducting activities, and results, and to showcase the visibility and communication infrastructure of the project, so that all activities that will be carried out during the project lifetime will be widely known. This document presents a diffusion and dissemination plan that is designed to ensure the effective visibility of the Sensing, ArtiFicial intelligence, and Edge networking towards Rural Health monitoring (SAFE-RH) project which will enable the participating organizations and beyond to benefit from the Erasmus Plus funded project.	Download
13	D4.2. Project Website	This document reports an important deliverable D4.2 of the Sensing, ArtiFicial intelligence, and Edge networking towards Rural Health monitoring (SAFE-RH) project. The deliverable D4.2 includes three components website, logo and social media platforms. These components are designed, developed and launched that will increase the visibility, reach to the target groups, and sustainability of the SAFE-RH project in long term. More specifically, this document in following sections provides rationale and details about features of website, logo and social media pages realized for SAFE-RH project. [To seek this document contact Prof. Dr. Naeem Ramzan via Naeem.Ramzan@uws.ac.uk]	Download
14	D4.3. Publications Report	This deliverable provides a comprehensive overview of the publication activities and academic contributions made under the SAFE-RH project. The report highlights the dissemination of project outcomes through 15 scientific publications, consisting of 8 journal articles and 7 conference papers. These publications represent a significant effort to share the project's findings with the broader scientific community and industry stakeholders. The journal articles cover a range of topics related to the project's core objectives, while the conference papers present preliminary or more specific insights from the research. The report also discusses the impact of these publications on advancing the knowledge base in the field of safe reproductive health, as well as their contribution to raising awareness of SAFE-RH's goals and innovations. Through these publications, the project ensures the wide dissemination of results, fostering knowledge exchange and supporting the further development.
15	D5.1. SAFE-Rural-Health quality plan and project handbook	This document provides all project beneficiaries with a summary of the most important project procedures (governance structure, legal bases, project monitoring, reporting, financial management, internal communication, etc.). The following information comes from official documents available on the project document repository (details are in the text). Additionally, this document comprises beneficiaries and contact lists as well as documentation and communication standards in order to enable quick and efficient communication within the project consortium. This document was produced in order to fulfil its function as a quick reference to frequently asked questions and problems.	Download
16	D5.2. Project periodic report	The "Project Period Report" provides a detailed account of the progress and achievements of the SAFE-RH project during its reporting period. This report outlines the key activities, milestones, and outcomes accomplished in line with the project's objectives, as well as the challenges encountered and solutions implemented. It includes updates on the technical, scientific, and management aspects of the project, detailing advancements in research, development, and testing related to safe reproductive health. The report also provides insights into the project's collaborations with external partners, dissemination activities, and engagement with relevant stakeholders.	Download
17	D5.3. Final Report	The "Final Report" of the SAFE-RH project provides a comprehensive summary of the entire project lifecycle, from its initial objectives to the final outcomes and impact. This deliverable consolidates the results and achievements of the project, documenting the successful development, testing, and deployment of innovations aimed at enhancing safe reproductive health. The report highlights key scientific, technical, and societal advancements, including the design and validation of solutions to improve rural health.