Who created literary texts in ancient Mesopotamia, and did the Mesopotamians have a concept of “literature” (→ 1)? A core witness is the song Innana B / nin me šara (NMS → 2). New translations and an inductive analysis of references to text, addressee, and speaker reveals NMS to be created by a priestess for a war ritual (→ 3). Instead of staking a claim to authorship, however, the song stresses a claim for priesthood (→ 4). New evidence shows why: the creators of ritual songs are gods, and En-ḫedu-ana is only allowed to create such a song when she herself acts as a priestess embodying a deity (→ 5 and 6). The last section will offer proof that NMS belongs to the category of literature, from both ancient and modern perspectives, and explain why it is also to be regarded as both a mythic and ritual text (→ 7).The analysis demonstrates the birth of literature through the goddess Nin-gal, embodied in En-ḫedu-ana.
Usman Khalil, Owais Ahmed Malik, Wee-Hong Ong, Mueen Uddin
The concept of smart city architecture requires a comprehensive solution that can combine real-time response applications for cyber-physical systems. However, the architecture faces challenges that can obstruct the operations in terms of systems, processes, and data flow as far as the breach risk is concerned. Though the field has been researched with the existence of centralized and distributed architectures to support smart cities. Research gaps regarding security concerns, platform assistance, and resource management continue to persist. This research article presents a novel blockchain-based architecture that proposes expansion in the non-fungible tokens (NFTs) to cater to the expansion of IoT-enabled smart assets. It enables NFTs to employ fog computing for all users and smart devices connected to a fog node in a cyber-physical system. The proposed expansion suggested in Non-Fungible Tokens (NFTs) for IoT assets representation in a cyber-physical system, provides devices and user identification and authentication functionality. The proposed NFT architecture has been designed to provide a smart city solution for cyber-physical systems that ensures robust security features (such as CIA) by introducing new attributes and functions for Owner, User, Fog, and IoT device/s authentication. The validation and rigor of the security services, efficiency, and latency have been achieved by deployments on private and public ledgers. The efficiency, and cost-effectiveness of the suggested functions and components have been evaluated in terms of evaluation cost and time complexity which resulted in promising results, obtained and validated on a testnet. The evaluation cost for the devised mint component was approximately 81%, and devised approve() was approximately 23% more efficient than other solutions.