15 KiB
15 KiB
- 2026-01-31 Rivedere Composizione Collegio todoist-id:: 6X4Jp7W4VW84FHqh todoist-project:: #🎓 Services-PHDICT todoist-due:: 2026-01-31 todoist-labels:: #goal todoist-status:: ◼️
- 2026-01-31 Nominare nuovo rappresentante studenti todoist-id:: 6fWVrV7q926WxpGh todoist-project:: #🎓 Services-PHDICT todoist-due:: 2026-01-31 todoist-status:: ◼️
- 2026-01-31 TOOL DEMO TRACK - MODELS 2026 Organizing Committee todoist-id:: 6fQ7HCGxPvcHGHgg todoist-project:: #💺 EditoringChairing todoist-due:: 2026-01-31 todoist-desc:: From: lolaburgueno@uma.es todoist-labels:: #goal #logseqed todoist-status:: ◼️
- 2026-01-31 Buongiorno Prof. Dovrei aver concluso il progetto con lo sviluppo dei 4 punti che ci siamo detti sopra durante l'esame. Spiego di seguito: un container per ogni componente: Ogni componente logico (Monitor, Analyzer, Planner, Executor, Knowledge Base) è eseguito in un container Docker dedicato e isolato, garantendo modularità, ognuno con le sue dipendenze. estensibilità rispetto a sensori vs attuatori: ho superato la logica hardcoded come ci eravamo detti in riferimento alla slide 06_Slides-Control-Systems-v2.pdf implementando una gestione basata su Control Loops configurabili. Il sistema ora non conosce a priori le regole, ma istanzia dinamicamente i loop (es. Hydration Loop, Safety Loop) leggendoli dalla configurazione. Questo garantisce la totale estensibilità rispetto a nuovi sensori o nuove regole di adattamento senza ricompilare il codice. configurazione con un container dedicato: ho implementato un container dedicato (config-server) che agisce come Single Source of Truth, iniettando le policy di adattamento e la topologia a runtime. documentazione: È allegato il report PDF strutturato secondo il template fornito, completo di tassonomia dell'adattamento, logica formale e validazione visiva degli scenari tramite Dashboard Grafana.Ho inserito tutto nel repo https://github.com/ocraton/smart-olive-grove todoist-id:: 6frVX6QM6Jp4jRw8 todoist-project:: #👨🏫 Teaching todoist-due:: 2026-01-31 todoist-status:: ◼️
- 2026-01-31 Hi Professor, I just wanted to let you know that we have updated everything based on your feedback for the IoT project. The following major changes are now implemented:- The threshold values used for Telegram notifications are now fully dynamic (loaded from the config).- The Grafana dashboards update automatically whenever a new sensor or threshold is added. - All sensor units are now loaded dynamically from the config file.- The main configuration file has been moved to its own
configdirectory. todoist-id:: 6fqFgJPRQHf9hcGg todoist-project:: #👨🏫 Teaching todoist-due:: 2026-01-31 todoist-status:: ◼️ - 2026-01-31 SE4IOT Final Project Update - Team 7
todoist-id:: 6frhPXP6xcPW7gF8
todoist-project:: #👨🏫 Teaching
todoist-due:: 2026-01-31
todoist-desc:: From: meteharun.akcay@student.univaq.it Received: 2026-01-29T10:13:50Z ✉: Web Link --- Okay, here's a summary of the email content, followed by actionable task recommendations: Summary of Email Content: The email is a follow-up to a feedback discussion regarding a Smarthouse project. It details the following: * Implemented Updates: The code has been updated and is available in the GitHub repository at
https://github.com/phuc-tr/smarthouse. * Changes Summarized: * Room profiles are now configurable within the simulator/config.yaml. * A .env file has been added for the required environment variables. * Altering the alerting logic is now possible without Node-RED changes. * Request for Review: The author requests review and feedback on the updated code. * Actionable Task Recommendation: The author suggests reviewing the changes and notifying them about any further adjustments needed. Actionable Task Recommendations (Todoist Task Creation): 1. Create a Task: "Review Smarthouse Project Updates - GitHub" 2. Assign Priority: High (As this is a follow-up and requires verification) 3. Due Date: Ideally, within 24-48 hours (to allow for review and testing) 4. Include Details: Add: “Investigate the .env file configuration. Confirm the environment variable loading mechanism is working as expected." 5. Consider: "Check if any further configuration changes are needed in the YAML configuration files." Let me know if you'd like me to refine this further! --- Dear Professor, Following your feedback on our Smarthouse project, we implemented the requested improvements. The updated version is now available in our GitHub repository: GitHub - phuc-tr/smarthouse The changes are summarized below: * todoist-status:: ◼️ - 2026-01-31 ECMFA 2026 submission assignment todoist-id:: 6ffWC97GGvHG4qG8 todoist-project:: #📜 REVIEWS todoist-due:: 2026-01-31 todoist-desc:: Web Link Okay, here’s a task description based on the email content "ECMFA 2026 submission assignment," designed to be actionable and clearly outlined: Task Title: Complete ECMFA 2026 Submission – [Specify Document Name/Format - e.g., Final Report, Presentation, etc.] Description: This task requires you to finalize and submit the ECMFA 2026 submission, specifically [State the specific document/deliverable - e.g., the final report, the presentation slides, the data analysis]. This is a crucial step in ensuring the successful completion of the ECMFA 2026 project. Actionable Steps: 1. Review Submission Guidelines: Thoroughly review the official ECMFA 2026 submission guidelines document located at [Insert Link to Document Here – VERY IMPORTANT]. Pay close attention to formatting requirements, data sources, and required elements. 2. Gather Required Data: Collect all necessary data and information as outlined in the guidelines. This may involve [List specific data sources - e.g., accessing the database, reviewing reports, performing specific calculations]. 3. Format and Organize Content: Organize your submission content in a clear, logical, and consistent format. Ensure all sections are properly labeled and aligned. 4. Proofread and Edit: Carefully proofread your entire submission for any grammatical errors, typos, or inconsistencies. Check formatting for consistency. 5. Submit the Submission: Submit the completed document through [Specify Submission Method - e.g., Outlook, SharePoint, designated portal]. 6. [Optional - If applicable] - Submit Feedback: If you have any questions or require clarification on any part of the submission, please send a brief email to [Your Email Address] within 24 hours of submitting. Deadline: [Insert Deadline – Be realistic!] Priority: [High/Medium/Low - Assign a priority level.] Assigned To: [Your Name/Team Name] Notes: If you encounter any roadblocks or require assistance, please don’t hesitate to reach out to [Contact Person/Team for Support - e.g., your supervisor, the ECMFA team]. --- To help me refine this further and make it even more tailored, could you tell me: * What kind of document is this submission for? (Report, presentation, data analysis, etc.?) * Are there any specific guidelines or requirements you want to highlight? (e.g., specific data sources, format requirements, length restrictions?) todoist-labels:: #outlook365 todoist-status:: ◼️
- 2026-01-31 Manuscript ID SOSYM-26-00005495 is now in your Editor Center
todoist-id:: 6fqqJqV6XmqFHJVg
todoist-project:: #💺 EditoringChairing
todoist-due:: 2026-01-31
todoist-desc:: From: onbehalfof@manuscriptcentral.com Received: 2026-01-25T14:55:25Z ✉: Web Link --- ## Task Summary: Reviewer Assignment for Manuscript SOSYM-26-00005495 A manuscript titled "Integrating Pretrained Large Language Models and Graph Neural Networks For Model-Driven Engineering: A Graph Language Modeling Framework" (ID SOSYM-26-00005495) has been submitted to the journal Software and Systems Modeling. Professor Davide Di Ruscio is requested to assign reviewers for this manuscript. ## Actionable Task for Professor Davide Di Ruscio: Task Title: Assign Reviewers for Manuscript SOSYM-26-00005495 Description: Assign appropriate reviewers for the submitted manuscript SOSYM-26-00005495. Key Actions: 1. Login: Access the journal's editorial system at
https://mc.manuscriptcentral.com/sosymusing your credentials (User ID:davide.diruscio@univaq.it). 2. Navigate: Go to your "Editor Center". 3. Locate Manuscript: Click on "Awaiting Reviewer Selection" and then click "Take Action" for manuscript SOSYM-26-00005495. 4. Search & Select Reviewers: Utilize the quick or advanced search fields to find suitable reviewers. Select reviewers using the checkboxes and click "Add". 5. Create New Reviewers (Optional): If necessary, create new reviewer accounts, ensuring no duplicates. 6. Invite Reviewers: Press the "Invite" button in the "Reviewer List". 7. Edit & Send Invitation: Edit the invitation message as desired and then press "Save and Send". 8. Monitor Review Quality: Be vigilant about the quality of reviews provided, considering the potential misuse of Generative AI. 9. Consult Guidelines: Refer to the Editor guidelines athttp://www.sosym.org/editor_guidelines/for additional information. Deadline: As soon as possible. --- 25-Jan-2026 Dear Professor Davide Di Ruscio: Manuscript ID SOSYM-26-00005495 entitled "Integrating Pretrained Large Language Models and Graph Neural Networks For Model-Driven Engineering: A Graph Language Modeling Framework," with Professor Bork as todoist-status:: ◼️ - 2026-01-31 Re: Rinnovo Assegni di Ricerca e Nuovi Incarichi di Ricerca su fondi di Ateneo 2026 todoist-id:: 6fphgQWXJxgq2Qp8 todoist-project:: #🏢 Admin todoist-due:: 2026-01-31 todoist-desc:: From: donatella.donatelli@univaq.it Received: 2026-01-20T20:59:52Z ✉: Web Link --- --- Caro Davide, per quanto riguarda la tempistica sui fondi RIA mi sono tenuta prudenzialmente un po’ larga nei tempi considerando che i bandi potrebbero essere tanti e non tutti i colleghi sono efficienti nell’inviare la documentazione alla segreteria. todoist-status:: ◼️
- 2026-01-31 Final version of the Autonomous Systems project todoist-id:: 6fv73MCMFv963736 todoist-project:: #👨🏫 Teaching todoist-due:: 2026-01-31 todoist-desc:: From: alejandro.munozmorillo@student.univaq.it Received: 2026-01-30T16:07:42Z ✉: Web Link --- Okay, here's a summary of the email, focusing on actionable tasks, and including a deadline (as assigned to Todoist): Summary: The email is a follow-up to a course project, specifically regarding architectural changes. The author, Alejandro Muñoz Morillo, has implemented modularity and containerization (Docker/Docker Compose) to improve the system's architecture. They've attached the final project version and GitHub link for review. The key action recommended is to thoroughly review the project and ensure coherence between implementation and documentation. Actionable Tasks: 1. Review the Project: Carefully examine the finalized project version for accuracy and alignment with the original objectives and guidelines. 2. GitHub Link Verification: Confirm the GitHub link is accurate and leads to the correct repository. 3. Update Todoist Task: Assign this task to Todoist to ensure timely completion. (Deadline: Today) Let me know if you'd like me to refine this summary further! --- Dear Professor, I hope you are doing well. We are writing to inform you that we have implemented the changes and improvements you suggested for our project in the course Software Engineering for Autonomous Systems. In particular, we have focused on impr todoist-status:: ◼️
- 2026-01-31 Re: Follow-up: Invitation to Review for Software and Systems Modeling todoist-id:: 6frxPVRrX2Wwjwrg todoist-project:: #Inbox todoist-due:: 2026-01-31 todoist-desc:: From: lissette.almonte@uam.es Received: 2026-01-30T11:55:12Z ✉: Web Link --- --- Dear Professor Di Ruscio, Thank you for your message. Unfortunately, I am unable to review the manuscript at this time, but I would like to suggest Lola Burgueño and Juan de Lara Jaramillo as potential alternative reviewers, as they are highly qualified todoist-status:: ◼️
- 2026-01-31 Studiare nuovi regolamenti su incarichi di ricerca e post-doc todoist-id:: 9711615344 todoist-project:: #Inbox todoist-completed:: 2026-01-31 todoist-status:: ✅