مولانا معین الدین اجمیرؔی
۱۰؍ محرم الحرام ۱ ۱۳۵۹ھ عین عاشورہ کے دن علم و عمل فضل و کمال، مجاہدہ و استقامت وطہارت کی ایک ایسی مسند خالی ہوئی جو غالباً عرصۂ دراز تک خالی رہے گی، اِنَّا لِلّٰہِ وَاِنَّا اِلَیْہِ رَاجِعُوْنَ۔
اس سے ہماری مراد حضرت مولانا معین الدین اجمیری رحمۃ اﷲ علیہ کا سانحۂ ارتحال ہے، یہ حادثہ محض مولانا کے اہل خاندان یا مسلمانانِ اجمیر ہی کے لئے نہیں ہے، بلکہ سارا اسلامی ہند اس سے متاثر اور اپنی کم نصیبی پر نوحہ کناں ہے۔
وَمَا کَانَ قَیْس’‘ ھَلَکَ ھُلَکَ وَاحِدٍ
وَلٰکِنَّہٗ بُنْیَان قُوْمٍ تھَدّما
مولانا ایک نومسلم گھرانے میں پیدا ہوئے تھے، والد ماجد مولانا عبدالرحمن صاحب مرحوم بلیاؔ کے رہنے والے نومسلم راجپوت تھے اور والدہ بھی داخل اسلام ہوئی تھیں اور دانا پور (بہار) ان کا گھر تھا تعلق راجپوتانہ سے اس طرح پیدا ہوا کہ مولانا عبدالرحمن صاحب ریاست ٹونک میں سیکریٹری کونسل تھے، چار یا پانچ سو روپیہ ماہوار تنخواہ تھی، اسی علاقہ میں دیولی (راجپوتانہ) میں ۲۵؍ صفر ۱۲۹۹ء کو پیدا ہوئے اور باپ کے زیر سایہ زندگی کی ابتدائی منزلیں طے ہوئیں، بچپن ہی سے سعادت و فیروز مندی کے آثار نمایاں تھے، چنانچہ دولت و ثروت کی گود میں پلنے والے اس نوجوان نے ہمیشہ طالبعلموں میں مساوات ہی کی زندگی بسر کی، امیرانہ ٹھاٹھ اور رئیسانہ شان کا کبھی مظاہرہ نہ کیا۔
قسمت کی خوبی اور نصیب کی بلندی نے خاتم المحققین حضرت مولانا سید برکاتؔ احمد صاحب (بہاری، ثم) ٹونکی سے تلمذ کا رشتہ قائم کرایا، اس تعلق سے مولانا کا سلسلۂ تلمذ یہ ہے۔
حضرت مولانا معین الدین صاحب اجمیری رحمۃ اﷲ علیہ
حضرت مولانا سیّد برکات احمد صاحب ٹونکی رحمۃ اﷲ علیہ
حضرت مولانا عبدالحق صاحب خیرآبادی رحمۃ اﷲ علیہ
حضرت مولانا فضل حق صاحب خیرآبادی رحمۃ اﷲ علیہ
حضرت مولانا...
Hazrat Shah Waliullah (R.A), a well-known scholar, was born in Delhion the 21st of February, 1703 A.D. He rendered many religious, political, economic and social services to The Muslims of India. In many of his services, the greatest one is that he translated The Holy Quran into Persian becausemany people were unfamiliar with Arabic. Later his sons, Shah Abdul Qaderand Shah Rafi-ud-Din, translated The Holy Quran into Urdu so more and morepeople could gain Islamic knowledge. He elaborated The Quranic sciences indifferent aspects and the research in your hand is also about his “QuranicServices”. He wrote fifty one books in Persian and Arabic. Amongst the mostfamous were Hujjatulla-hil-Baligha and Izala-tul-khifa. He died on 20th ofAugust, 1762 A.D in Delhi, India.
IP multimedia subsystem (IMS) is an emerging platform for provisioning multimedia services (e.g., data, voice, and video) in 4G/5G networks. IMS authentication is an important procedure which grants legitimate users to access multimedia services. However, periodic re-authentication of mobile users results in significant signaling traffic overhead due to complete execution of hectic procedure. Moreover, signaling protocol such as SIP overlooks user’s confidentiality by leaving unprotected public and private identities. In IMS each user entering from another network like UMTS or VOLTE has to authenticate itself. However, it already passed through the same authentication process in its own network. Therefore, IMS core entities are affected by high signaling that could be a source of congestion. . The Session Initiation Protocol (SIP) is used in IMS to establish and manage sessions. It is easy for a hacker to attack IMS with flooding SIP messages. However, IMS does not provide any functions to prevent such kind of attacks. This research presents a secure aauthentication protocol (SAP) which creates a secure channel through the deployment of KMC (Key Management Center) for transmitting user identities; ECC (Elliptic curve cryptography) is used for key generation that provides reduced encryption and decryption time than existing schemes for IMS. FAP strives to minimize signaling overhead of periodic re-authentications. Once a user completes authentication, FAP grants a valid ticket for a particular time which can be used for subsequent re-authentications until it expires. This research introduce a header in SIP to hold the ticket. This research employ protocol composition logic for formal modeling and verification of SAP. The performance of SAP, FAP is validated through FOKUS IMS test bed. The results demonstrate the performance appraisal of FAP compared to other contemporary schemes in terms of signaling overhead, bandwidth consumption and response time. This research presents a Low congestion and Certificate based One-pass Authentication Protocol (COAP) that avoids duplication of authentication steps and makes its authentication efficient through the use of digital certificates. An authenticated user is allotted a certificate to restrict the repetition of complete authentication procedure until the certificate expires. COAP results in reduction of signaling traffic, which eliminates v the congestion problem, it also reduces bandwidth and delivery cost which make this scheme more efficient in terms of bandwidth consumption. An intrusion detection system is designed where a pair of subsystems is working, one is spoofing detection and prevention subsystem and other is flooding detection and prevention subsystem. A zero-watermarking scheme detects the spoofing attack.Watermark embedding is done by the original author and extraction done later by KMC to prove ownership. The flooding detection system is working on misuse rules and anomaly detection algorithms which provide successful detection and prevention for IMS and VOLTE environment. The results has shown that better than other schemes it is compared to i.e. when the no of requests are 30 the detection rate is 90.19 however, when no of request are 40 the accuracy rate of the proposed scheme is 100 percent.