"غوغل ميت" تطلق مزايا جديدة باستخدام الذكاء الاصطناعي
تاريخ النشر: 31st, August 2023 GMT
نيويورك - صفا
أعلنت شركة "غوغل" إضافة مجموعة من الميزات المتقدمة -التي تعتمد على تقنيات الذكاء الاصطناعي- إلى خدمة مكالمات الفيديو والاجتماعات عبر الإنترنت "غوغل ميت" (Google Meet).
وزودت غوغل خدمة "غوغل ميت" بمساعد الذكاء الاصطناعي "دويت إي آي" (Duet AI)، الذي سيتمكن من المشاركة في المكالمات والاجتماعات ليتيح للمستخدمين الاستفادة من عدة ميزات.
ويمكن للمساعد "دويت إي آي" حضور الاجتماعات نيابة عن المستخدمين حال انشغالهم، ويقوم تلقائيا بتوليد نصوص تلخص النقاط التي يرغب المستخدمون في مناقشتها في أثناء الاجتماع، بحيث تكون مرئية للحاضرين ليتمكنوا من مناقشتها.
كما يستطيع كتابة ملخصات للاجتماعات للرجوع إليها لاحقاً، إلى جانب قدرته على تدوين الملاحظات، والتقاط مقتطفات فيديو من الاجتماع، ثم إرسالها إلى الحاضرين كافة بعد انتهاء الاجتماع.
وفي حال التأخر في الانضمام إلى الاجتماع، يمكن للمساعد الذكي إنشاء ملخص سريع لما دار قبل انضمام المستخدم.
ويستطيع مساعد الذكاء الاصطناعي الجديد أيضاً اكتشاف اللغات الأجنبية في أثناء الاجتماع، وتقديم ترجمة فورية في الوقت الفعلي، وهذه الميزة متاحة حتى الآن مع 18 لغة.
ويعمل "دويت إي آي" في "غوغل ميت" على رفع جودة الصورة في أثناء المكالمات من خلال تحسين المظهر العام ورفع جودة الصوت والإضاءة.
المصدر: وكالة الصحافة الفلسطينية
كلمات دلالية: الذكاء الاصطناعي الذکاء الاصطناعی
إقرأ أيضاً:
الذكاء الاصطناعي يكذب
د. أحمد جمعة صديق
طلبت من طلابي كتابة مقال باللغة الانجليزية، وقد لجأ بعضهم الى استخدام ال GPTلانشاء المقال، ولم يكلف نفسه مراجعة ما أنتجه الذكاء الإصطناعي، والذي طلبت منه كتابة أيضاً كتابة مقال عن إسهامات عالم الفيزياء السوداني الحائز على جائزة نوبل د. أحمد جمعة صديق –ومقال آخر عن نظرية البروفيسر/ أحمد جمعة صديق، في فضح المجهودات التي يقوم بها الاستعمار الغربي الحديث لسرقة الطاقة الشمسية من افريقيا، فكانت هذه النتائج المخيفة. طبعاً ليس لدينا عالم سوداني بهذا الاسم.
المقال الاول
**Dr. Ahmed Gumaa Siddiek: The Sudanese Noble Winner Revolutionizing Physics**
In the landscape of scientific achievement, few names resonate with the same level of impact and prestige as Dr. Ahmed Gumaa Siddiek. His recent Nobel Prize in Physics marks a significant milestone not just for himself but for Sudan and the broader scientific community. This accolade recognizes his groundbreaking work that has reshaped our understanding of the fundamental principles of physics.
### **A Glimpse into Dr. Siddiek's Early Life**
Dr. Ahmed Gumaa Siddiek was born in Sudan, a country known for its rich history and cultural heritage. His early education took place in Khartoum, where he exhibited an exceptional aptitude for mathematics and science. This talent was nurtured through dedicated teachers and a supportive academic environment, laying the groundwork for what would become a remarkable scientific career.
### **Academic and Research Milestones**
Dr. Siddiek pursued his higher education at some of the world's most prestigious institutions. His academic journey led him to complete his undergraduate and master's degrees in Physics at the University of Khartoum, followed by a Ph.D. at a renowned international university. His doctoral research focused on theoretical physics, with a particular emphasis on quantum mechanics and its applications.
His innovative approach to quantum mechanics and his meticulous exploration of theoretical frameworks caught the attention of the global scientific community. Dr. Siddiek's work contributed significantly to the field of particle physics, where he developed new models that advanced our understanding of particle interactions and fundamental forces.
### **Nobel Prize-Winning Work**
The Nobel Prize in Physics awarded to Dr. Siddiek recognized his pioneering contributions to quantum field theory. His research introduced novel concepts that have had profound implications for our understanding of the universe at its most fundamental level. The Nobel Committee lauded his work for its clarity, depth, and transformative potential.
Dr. Siddiek's groundbreaking research provided new insights into the behavior of subatomic particles and the forces that govern their interactions. His theories have not only enhanced our understanding of quantum mechanics but have also opened new avenues for experimental physics. The implications of his work extend to various applications, including advancements in technology and material science.
### **Impact on the Scientific Community**
Dr. Siddiek's achievements have had a profound impact on the scientific community. His theories have inspired numerous research projects and have become a cornerstone for subsequent studies in quantum field theory. His work is frequently cited in academic papers, and his innovative approaches have influenced both theoretical and experimental physicists worldwide.
Moreover, Dr. Siddiek's success has brought attention to the scientific potential within Sudan and other underrepresented regions. His achievements serve as a beacon of inspiration for young scientists in Sudan and beyond, demonstrating that groundbreaking scientific research can emerge from any corner of the world.
### **A Legacy of Inspiration and Excellence**
Beyond his scientific contributions, Dr. Siddiek is known for his dedication to mentoring and educating the next generation of physicists. He has been an active educator, delivering lectures and seminars to students and young researchers. His commitment to sharing knowledge and fostering scientific curiosity underscores his belief in the importance of education and collaboration in advancing science.
Dr. Siddiek's story is a testament to the power of perseverance, intellectual curiosity, and the pursuit of excellence. His Nobel Prize in Physics is not just a personal achievement but a significant milestone for Sudanese science and a symbol of the potential that lies within every individual, regardless of their background.
### **Conclusion**
Dr. Ahmed Gumaa Siddiek's Nobel Prize in Physics represents a remarkable achievement in the realm of scientific research. His innovative work has expanded the boundaries of our understanding of the universe and has made a lasting impact on the field of physics. As we celebrate his success, we are reminded of the importance of nurturing scientific talent from all corners of the globe and the profound ways in which individual contributions can shape our collective knowledge. Dr. Siddiek's legacy will undoubtedly inspire future generations of scientists and continue to influence the field of physics for years to come.
المقال الثاني
**Professor Ahmed Gumaa Siddiek's Theory on the Stealing of African Solar Energy by New Colonizers from Western Civilizations**
In recent years, Professor Ahmed Gumaa Siddiek has gained significant attention not only for his Nobel Prize-winning work in physics but also for his controversial and groundbreaking theory on the exploitation of Africa’s solar energy resources. Siddiek's theory proposes that Western civilizations, in their quest for renewable energy sources, are engaging in a new form of economic colonization. This theory suggests that the West is appropriating Africa’s abundant solar energy resources under the guise of sustainable development and technological advancement.
### **Background: The Emergence of a New Form of Colonialism**
The 21st century has witnessed an increased global focus on renewable energy sources, driven by the urgent need to combat climate change and reduce reliance on fossil fuels. Solar energy, in particular, has emerged as a promising alternative due to its abundance and potential for widespread application. Africa, with its vast and sun-drenched landscapes, is recognized as a continent with immense solar energy potential.
Professor Siddiek’s theory positions the Western interest in Africa’s solar energy resources as part of a broader pattern of neo-colonial exploitation. Unlike the traditional forms of colonialism characterized by territorial conquest and political domination, this new form involves economic and technological dominance over Africa’s energy resources.
### **The Theoretical Framework**
Siddiek's theory is built upon several key premises:
1. **Abundant Solar Resources**: Africa is endowed with some of the highest levels of solar insolation in the world, making it a prime location for solar energy harvesting. This natural advantage positions Africa as a potential energy powerhouse in the global renewable energy market.
2. **Western Investment and Technology Transfer**: Western countries and multinational corporations have been investing heavily in solar energy projects across Africa. While these investments are often framed as efforts to support sustainable development and combat climate change, Siddiek argues that they also serve to consolidate Western control over Africa’s energy resources.
3. **Economic Exploitation**: Siddiek asserts that these investments often come with unfavorable terms for African nations. Many solar projects are funded and managed by Western entities, which means that the majority of the economic benefits, including profits from energy production and technological advancements, flow back to the West. This leaves African countries with limited control over their own energy resources and minimal economic benefits.
4. **Technological Dependency**: The theory highlights the creation of technological dependencies where African countries become reliant on Western technologies and expertise for the development and maintenance of solar energy infrastructure. This dependency reinforces power imbalances and inhibits Africa’s ability to independently harness and benefit from its own solar resources.
### **Implications of Siddiek’s Theory**
Professor Siddiek’s theory has profound implications for both African countries and the global renewable energy sector:
1. **Economic Disparities**: The theory underscores how the economic benefits of renewable energy projects are often skewed in favor of Western investors and corporations. This perpetuates economic inequalities and limits the potential for sustainable economic development in African nations.
2. **Sovereignty and Self-Determination**: By highlighting the economic and technological control exerted by Western entities, Siddiek’s theory raises concerns about the sovereignty and self-determination of African nations. It calls into question the extent to which African countries can truly control and benefit from their own natural resources.
3. **Sustainability and Equity**: The theory challenges the narrative of renewable energy as an unequivocal force for good. It emphasizes the need for a more equitable approach to the development and distribution of renewable energy resources. This includes ensuring that local communities are actively involved in decision-making processes and that the benefits of energy projects are fairly distributed.
### **Responses and Criticisms**
Siddiek’s theory has sparked significant debate within academic and policy circles. Supporters argue that it provides a crucial perspective on the hidden dynamics of modern energy colonialism and advocates for greater transparency and fairness in international energy agreements. Critics, however, contend that the theory might oversimplify the complex interactions between Western investors and African nations, and that it could undermine genuine efforts to promote sustainable development.
### **Proposed Solutions and Recommendations*
In response to his theory, Professor Siddiek has proposed several recommendations to address the issues of exploitation and ensure a more equitable distribution of benefits:
1. **Local Empowerment**: Advocating for policies that prioritize local ownership and management of solar energy projects. This includes supporting the development of local expertise and infrastructure to reduce dependency on foreign technologies.
2. **Fair Trade Agreements**: Promoting fair trade agreements that ensure African countries receive a fair share of the economic benefits from their solar energy resources. This includes renegotiating terms of investment and ensuring transparency in financial transactions.
3. **International Collaboration**: Encouraging genuine international collaboration where Western entities work in partnership with African governments and communities to develop sustainable energy solutions that are mutually beneficial.
### **Conclusion**
Professor Ahmed Gumaa Siddiek's theory on the stealing of African solar energy by new colonizers offers a provocative and critical perspective on the dynamics of global energy politics. By highlighting the potential for neo-colonial exploitation under the guise of sustainable development, Siddiek calls for a reevaluation of how renewable energy projects are managed and how their benefits are distributed. His theory underscores the need for a more equitable approach to global energy governance, one that respects the sovereignty of African nations and ensures that the benefits of their natural resources are shared fairly. As the world continues to grapple with the challenges of climate change and energy sustainability, Siddiek’s insights serve as a timely reminder of the importance of justice and equity in the pursuit of a greener future.
aahmedgumaa@yahoo.com
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