TECVICO| Technological Virtual Collaboration
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TECVICO is aiming to create many opportunities for researchers and industries to resolve their needs.
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TECVICO| Technological Virtual Collaboration pinned «Students: How to prepare ourselves for projects? TECVICO has provided a platform where all students can improve their skills, work in a real team and prepare themselves for industrial and big projects. TECVICO advises students to take the following route:…»
Application of AI in the diagnosis of head and neck cancer
What are neck and head cancer?
Head and neck cancers are a group of cancers that usually originate from the squamous cells that line the mouth, nose, and throat.
Signs:
Constant sore throat, difficulty in swallowing, hoarseness, and continuous neck inflammation are caused by enlarged lymph nodes.
How common are head and neck cancers?
Researchers found that about 20 million people worldwide are suffering from head and neck cancer, and the possibility of a 35% increase in this number by 2026.
These cancers are more than twice as common in men as in women.
Application of AI in the diagnosis of head and neck cancer:
Today, artificial intelligence can distinguish the difference between cancer and non-cancer patients' images with 99% accuracy.
It works very well in detecting metastases and tiny tumors that humans usually do not recognize.
According to pathologists, deep learning technology has also reduced the examination and diagnosis time by half in addition to the accuracy of diagnosis.
Join us to participate in head and neck cancer projects
Project link:
https://www.tecvico.com/project/detail/63
https://www.tecvico.com/project/detail/64
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: +12365151556
What are neck and head cancer?
Head and neck cancers are a group of cancers that usually originate from the squamous cells that line the mouth, nose, and throat.
Signs:
Constant sore throat, difficulty in swallowing, hoarseness, and continuous neck inflammation are caused by enlarged lymph nodes.
How common are head and neck cancers?
Researchers found that about 20 million people worldwide are suffering from head and neck cancer, and the possibility of a 35% increase in this number by 2026.
These cancers are more than twice as common in men as in women.
Application of AI in the diagnosis of head and neck cancer:
Today, artificial intelligence can distinguish the difference between cancer and non-cancer patients' images with 99% accuracy.
It works very well in detecting metastases and tiny tumors that humans usually do not recognize.
According to pathologists, deep learning technology has also reduced the examination and diagnosis time by half in addition to the accuracy of diagnosis.
Join us to participate in head and neck cancer projects
Project link:
https://www.tecvico.com/project/detail/63
https://www.tecvico.com/project/detail/64
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: +12365151556
Using artificial intelligence to diagnose and predict breast cancer recurrence
Using artificial intelligence, researchers have identified biomarkers in breast tissue samples.
Biomarkers can predict breast cancer recurrence after the completion of treatment.
Also, these markers diagnose the disease in the early stages of cancer.
One of the essential biomarkers is a type of protein called collagen.
Collagen is present in all organs of the body, including breast tissue.
Using machine learning, a set of information related to breast tissue samples of breast cancer patients was analyzed.
In this investigation, a pattern of structures consisting of collagen was identified.
For example, broken collagen structures indicate an excellent course of treatment for this type of cancer.
In addition, the disordered collagen structures prevent the formation of malignant tumors and cancer return after treatment using ordinary methods, including chemotherapy.
Join us on this path.
Project Link:
https://www.tecvico.com/project/detail/72
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: +12365151556
Using artificial intelligence, researchers have identified biomarkers in breast tissue samples.
Biomarkers can predict breast cancer recurrence after the completion of treatment.
Also, these markers diagnose the disease in the early stages of cancer.
One of the essential biomarkers is a type of protein called collagen.
Collagen is present in all organs of the body, including breast tissue.
Using machine learning, a set of information related to breast tissue samples of breast cancer patients was analyzed.
In this investigation, a pattern of structures consisting of collagen was identified.
For example, broken collagen structures indicate an excellent course of treatment for this type of cancer.
In addition, the disordered collagen structures prevent the formation of malignant tumors and cancer return after treatment using ordinary methods, including chemotherapy.
Join us on this path.
Project Link:
https://www.tecvico.com/project/detail/72
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: +12365151556
Is artificial intelligence better than humans at predicting and diagnosing cancers?
Some of the applications of artificial intelligence in cancer diagnosis and treatment:
1- Colon cancer diagnosis:
The artificial intelligence program can detect colon cancer, one of the most common causes of death according to statistics, with a score of 0.98.
2- Breast cancer diagnosis:
Researchers have created an artificial intelligence program to recognize cancer images from thousands of breast ultrasound images.
3- The benign or malignant density of breast cancer:
Artificial intelligence can reduce the number of tissue samples and biopsies required for tumor confirmation by 27%.
4- Breast cancer prediction:
Deep learning can distinguish between mammograms of women who later develop breast cancer and women who do not.
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: +12365151556
Some of the applications of artificial intelligence in cancer diagnosis and treatment:
1- Colon cancer diagnosis:
The artificial intelligence program can detect colon cancer, one of the most common causes of death according to statistics, with a score of 0.98.
2- Breast cancer diagnosis:
Researchers have created an artificial intelligence program to recognize cancer images from thousands of breast ultrasound images.
3- The benign or malignant density of breast cancer:
Artificial intelligence can reduce the number of tissue samples and biopsies required for tumor confirmation by 27%.
4- Breast cancer prediction:
Deep learning can distinguish between mammograms of women who later develop breast cancer and women who do not.
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: +12365151556
New project!
Breast Cancer Classification via Self-Knowledge Distillation, Transfer Learning, and Feature Fusion Models
💪 Priority skills: Deep Learning, Machine Learning, Image Processing.
Responsibility fee: 😊 FREE 😊
Project link:
https://tecvico.com/project/detail/72
Join now:
https://www.tecvico.com/cv/join/
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: +12365151556
Breast Cancer Classification via Self-Knowledge Distillation, Transfer Learning, and Feature Fusion Models
💪 Priority skills: Deep Learning, Machine Learning, Image Processing.
Responsibility fee: 😊 FREE 😊
Project link:
https://tecvico.com/project/detail/72
Join now:
https://www.tecvico.com/cv/join/
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: +12365151556
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SIX TYPES OF TECVICO BENEFITS
1- The project's financial benefits are divided fairly among the project members.
2- Learning how to do projects and gaining scientific ranks in major scientific events.
3- Contributing to the project's scientific outputs such as articles, books, conferences, etc.
4- International cooperation, work experience, and direct communication with professors of universities abroad.
5- Increasing the skills level due to specialized projects and working in natural spaces.
6- Participation in high-tech projects with current world issues.
Do You Want to Know more about TECVICO Projects?
Project link:
https://tecvico.com/projects/
Join now:
https://tecvico.com/cv/join/
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: +12365151556
1- The project's financial benefits are divided fairly among the project members.
2- Learning how to do projects and gaining scientific ranks in major scientific events.
3- Contributing to the project's scientific outputs such as articles, books, conferences, etc.
4- International cooperation, work experience, and direct communication with professors of universities abroad.
5- Increasing the skills level due to specialized projects and working in natural spaces.
6- Participation in high-tech projects with current world issues.
Do You Want to Know more about TECVICO Projects?
Project link:
https://tecvico.com/projects/
Join now:
https://tecvico.com/cv/join/
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: +12365151556
New project!
Identifying Reliable and Robust Tensor Radiomics Features in Lung Cancer
💪 Priority skills: Deep Learning, Machine Learning, Image Processing.
Responsibility fee: 😊 FREE 😊
Project link:
https://tecvico.com/project/detail/60
Join now:
https://tecvico.com/cv/join/
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: +12365151556
Identifying Reliable and Robust Tensor Radiomics Features in Lung Cancer
💪 Priority skills: Deep Learning, Machine Learning, Image Processing.
Responsibility fee: 😊 FREE 😊
Project link:
https://tecvico.com/project/detail/60
Join now:
https://tecvico.com/cv/join/
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: +12365151556
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TECVICO platform, a solution to better perform research projects.
No location restrictions.
Cooperation with different professors from all over the world.
The platform will help you in providing equipment for the project.
Access to a wide range of researchers and students to create project teams.
The TECVICO platform is an excellent opportunity to industrialize your research ideas.
Do You Want to Know more about TECVICO Projects?
Project link:
https://tecvico.com/projects/
Join now:
https://tecvico.com/cv/join/
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: +12365151556
No location restrictions.
Cooperation with different professors from all over the world.
The platform will help you in providing equipment for the project.
Access to a wide range of researchers and students to create project teams.
The TECVICO platform is an excellent opportunity to industrialize your research ideas.
Do You Want to Know more about TECVICO Projects?
Project link:
https://tecvico.com/projects/
Join now:
https://tecvico.com/cv/join/
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: +12365151556
Product-oriented Project
A product-oriented approach refers to long-lasting teams organized around a single product or product family.
In this model, a dedicated team delivers incremental improvements to the product in short cycles—as little as several times a day, a two-week sprint, or a release cycle of several sprints.
In a product-oriented model, the focus and primary driver is delivering value to your customers.
This approach allows product teams and organizations as a whole to be agile and respond to market demands or user expectations, shifting focus whenever the need arises because the objective is always value and not just a finished project that’s on time, within budget, and fulfills a list of static, inflexible requirements defined in an ever-changing marketplace.
Do You Want to Know more about TECVICO Projects?
Project link:
https://tecvico.com/projects/
Join now:
https://tecvico.com/cv/join/
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: +12365151556
A product-oriented approach refers to long-lasting teams organized around a single product or product family.
In this model, a dedicated team delivers incremental improvements to the product in short cycles—as little as several times a day, a two-week sprint, or a release cycle of several sprints.
In a product-oriented model, the focus and primary driver is delivering value to your customers.
This approach allows product teams and organizations as a whole to be agile and respond to market demands or user expectations, shifting focus whenever the need arises because the objective is always value and not just a finished project that’s on time, within budget, and fulfills a list of static, inflexible requirements defined in an ever-changing marketplace.
Do You Want to Know more about TECVICO Projects?
Project link:
https://tecvico.com/projects/
Join now:
https://tecvico.com/cv/join/
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: +12365151556
Students: How to prepare ourselves for projects?
TECVICO has provided a platform where all students can improve their skills, work in a real team and prepare themselves for industrial and big projects.
TECVICO advises students to take the following route:
Try yourself:
All people have different interests and abilities. If these abilities are not tested, it is impossible to draw the right path for people. So, in the first step, you must push yourself and see how capable you are.
Path determination:
The path must be determined after determining the level of individual abilities. By participating in a research project, you can find out whether you are interested in the field you want to pursue or not. At this stage, you should ensure that this path will be helpful.
Earn skills:
Once you've determined your path, list the skills you need to learn to participate in larger projects. Acquiring abilities will help you cover the capabilities you lack and prepare yourself for industrial projects.
Participation in industrial and research projects:
After acquiring the required skills, you can participate in industrial and research projects. In industrial projects, the goal is to earn money, and in research projects, the goal is to gain experience and build a stronger resume.
Obtain resumes and endorsements:
TECVICO will help you make your resume more assertive and get various approvals from international companies that will be very influential in your future career.
By following this path, all students can create a brighter career for themselves. For more guidance, you can contact us:
Project Link:
https://www.tecvico.com/projects/
Join us:
https://www.tecvico.com/cv/join/
📞 Contact us
🤎 Email: [email protected]
💙 https://t.center/tecvico
💚 WhatsApp: +1 (236) 515-1556
TECVICO has provided a platform where all students can improve their skills, work in a real team and prepare themselves for industrial and big projects.
TECVICO advises students to take the following route:
Try yourself:
All people have different interests and abilities. If these abilities are not tested, it is impossible to draw the right path for people. So, in the first step, you must push yourself and see how capable you are.
Path determination:
The path must be determined after determining the level of individual abilities. By participating in a research project, you can find out whether you are interested in the field you want to pursue or not. At this stage, you should ensure that this path will be helpful.
Earn skills:
Once you've determined your path, list the skills you need to learn to participate in larger projects. Acquiring abilities will help you cover the capabilities you lack and prepare yourself for industrial projects.
Participation in industrial and research projects:
After acquiring the required skills, you can participate in industrial and research projects. In industrial projects, the goal is to earn money, and in research projects, the goal is to gain experience and build a stronger resume.
Obtain resumes and endorsements:
TECVICO will help you make your resume more assertive and get various approvals from international companies that will be very influential in your future career.
By following this path, all students can create a brighter career for themselves. For more guidance, you can contact us:
Project Link:
https://www.tecvico.com/projects/
Join us:
https://www.tecvico.com/cv/join/
📞 Contact us
🤎 Email: [email protected]
💙 https://t.center/tecvico
💚 WhatsApp: +1 (236) 515-1556
Feature selection and machine learning methods for optimal identification and prediction of subtypes in Parkinson’s disease
Published in “Computer Methods and Programs in Biomedicine - Elsevier.”
TECVICO is a way to a new experience for someone who wants to grow.
How? By participating in Research projects like this:
Objectives: The present work focuses on the assessment of Parkinson’s disease (PD), including both PD subtype identification (unsupervised task) and prediction (supervised task). We specifically investigate optimal feature selection and machine learning algorithms for these tasks.
Conclusion: Combining non-imaging information with SPECT-based radiomics features and optimal utilization of HMLSs, can enable robust identification of subtypes and appropriate prediction of these subtypes in PD patients. Moreover, using timeless datasets beyond cross-sectional datasets enabled predictive accuracies of over 90%. Overall, we showed that radiomics features extracted from SPECT images are important in clustering and predicting PD subtypes.
Article Link:
https://www.sciencedirect.com/science/article/abs/pii/S0169260721002066?via%3Dihub
Project Link:
https://www.tecvico.com/projects/
To start your journey, you can begin with TECVICO now. Apply for new projects and get ahead!
📞 Contact us
💙 www.tecvico.com
💚 WhatsApp: +1 (236) 515-1556
💚 Email: [email protected]
Published in “Computer Methods and Programs in Biomedicine - Elsevier.”
TECVICO is a way to a new experience for someone who wants to grow.
How? By participating in Research projects like this:
Objectives: The present work focuses on the assessment of Parkinson’s disease (PD), including both PD subtype identification (unsupervised task) and prediction (supervised task). We specifically investigate optimal feature selection and machine learning algorithms for these tasks.
Conclusion: Combining non-imaging information with SPECT-based radiomics features and optimal utilization of HMLSs, can enable robust identification of subtypes and appropriate prediction of these subtypes in PD patients. Moreover, using timeless datasets beyond cross-sectional datasets enabled predictive accuracies of over 90%. Overall, we showed that radiomics features extracted from SPECT images are important in clustering and predicting PD subtypes.
Article Link:
https://www.sciencedirect.com/science/article/abs/pii/S0169260721002066?via%3Dihub
Project Link:
https://www.tecvico.com/projects/
To start your journey, you can begin with TECVICO now. Apply for new projects and get ahead!
📞 Contact us
💙 www.tecvico.com
💚 WhatsApp: +1 (236) 515-1556
💚 Email: [email protected]
Do DTI features add value to clinical and SPECT imaging features for outcome prediction in Parkinson’s disease?
Published in “The Journal of Nuclear Medicine”.
Original research from the TECVICO team:
Purpose: In previous studies, diffusion tensor imaging (DTI) features have shown a correlation with the motor outcome of Parkinson’s disease (PD) patients. Our study sets to investigate the effect of DTI features on outcome prediction by employing hybrid machine learning (ML) systems (HMLSs). HMLSs are useful since dimensionality reduction algorithms (DRAs) linked with predictor algorithms can improve the assessment of PD (including prediction of disease outcomes that can significantly enhance powering of clinical trials for novel disease-modifying therapies).
Article Link: https://jnm.snmjournals.org/content/62/supplement_1/1414%20%D8%8CThe%20Journal%20of%20Nuclear%20Medicine
Join us for more research! Contact us:
💚 WhatsApp: +1 (236) 515-1556
💚 Emaile: [email protected]
Published in “The Journal of Nuclear Medicine”.
Original research from the TECVICO team:
Purpose: In previous studies, diffusion tensor imaging (DTI) features have shown a correlation with the motor outcome of Parkinson’s disease (PD) patients. Our study sets to investigate the effect of DTI features on outcome prediction by employing hybrid machine learning (ML) systems (HMLSs). HMLSs are useful since dimensionality reduction algorithms (DRAs) linked with predictor algorithms can improve the assessment of PD (including prediction of disease outcomes that can significantly enhance powering of clinical trials for novel disease-modifying therapies).
Article Link: https://jnm.snmjournals.org/content/62/supplement_1/1414%20%D8%8CThe%20Journal%20of%20Nuclear%20Medicine
Join us for more research! Contact us:
💚 WhatsApp: +1 (236) 515-1556
💚 Emaile: [email protected]
If you are thinking about presenting a workshop . . .
You can use the TECVICO platform.
You can hold a workshop with any field and skill.
TECVICO provides this service free of charge.
Register on the site to hold a workshop and define your workshop easily.
Join TECVICO:
https://www.tecvico.com/cv/join/
workshop link:
https://www.tecvico.com/workshop/list-for-all/
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: +12365151556
You can use the TECVICO platform.
You can hold a workshop with any field and skill.
TECVICO provides this service free of charge.
Register on the site to hold a workshop and define your workshop easily.
Join TECVICO:
https://www.tecvico.com/cv/join/
workshop link:
https://www.tecvico.com/workshop/list-for-all/
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: +12365151556
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New Clubhouse room!
The Art of Optimizing Machine Learning.
Date: September 22, 2022
Time: 8:30 PM (UTC +3:30, Tehran)
You can join us on
https://www.clubhouse.com/event/xeeXpQrd?utm_medium=ch_event&utm_campaign=fVK9uZ4ACmlQ6S30sEIbcg-378521
_______________
Join TECVICO:
https://www.tecvico.com/cv/join/
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 whatsApp: 012365151556
The Art of Optimizing Machine Learning.
Date: September 22, 2022
Time: 8:30 PM (UTC +3:30, Tehran)
You can join us on
https://www.clubhouse.com/event/xeeXpQrd?utm_medium=ch_event&utm_campaign=fVK9uZ4ACmlQ6S30sEIbcg-378521
_______________
Join TECVICO:
https://www.tecvico.com/cv/join/
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 whatsApp: 012365151556
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📍Different membership stages in TECVICO projects.👇👇
Project link:
https://www.tecvico.com/projects/
Join TECVICO:
https://www.tecvico.com/cv/join/
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: 0933-490-8774
Project link:
https://www.tecvico.com/projects/
Join TECVICO:
https://www.tecvico.com/cv/join/
Contact us:
🌐 www.tecvico.com
📧 [email protected]
💚 WhatsApp: 0933-490-8774