Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: So far, many researches on network coding are performed with higher layer protocols such as MAC, routing, and flow control protocols without consideration of physical layer issues such as channel conditions of links. Hover, in wireless networks, the consideration of properties at the physical layer is important to improve system performance. Hence, in this paper,  study an opportunistic scheduling and adaptive modulation problem for wireless networks with network coding, which is a joint problem for MAC and physical layers. A similar problem was studied in (1) considering an idealized system in which the data rate of each link is modeled with the Shannon capacity. They shod that to maximize the throughput of a transmission, the optimal subset of native packets that are encoded within a coded packet should be selected based on the channel condition at the destination for each native packet. Moreover, they also shod that it may not be the optimal selection to encode all possible native packets within a coded packet. ,  consider a more realistic model than that of (1) with practical modulation schemes such as M-PSK and MQAM.  show that the optimal policy that maximizes the throughput of a transmission is to encode all available native packets within a coded packet regardless of the channel condition at the destination for each native packet, which is a different conclusion from that of (1). Hover,  show that adaptive modulation, in which its constellation size in a coded packet is adjusted based on the channel condition of each destination node, provides a higher throughput than the scheme with fixed modulation, in which its constellation size is always fixed regardless of the channel condition at each destination node. Index Terms—Wireless networks, Network coding, Scheduling, Adaptive modulation. I. INTRODUCTION Since the publication by Ahlsde et. al. (2), network coding has emerged as a promising solution to achieve higher throughput in both wireline and wireless networks. In the traditional network without network coding, a node forwards packets that it received to the appropriate next hop node without any processing in the information part of the packet. Hover, in the network with network coding, a node forwards coded packets produced by performing some processing with several packets that it has already received. Even though network coding requires coding and decoding processes ad- ditionally in each node in the network, it has been shown
['Seong-Lyong Gong', 'Byung-Gook Kim', 'Jang-Won Lee']
I am writing a research paper on a idea Opportunistic Scheduling and Adaptive Modulation in Wireless Networks with Network Coding
[{"from": "human", "value": "I am writing a research paper on a idea Opportunistic Scheduling and Adaptive Modulation in Wireless Networks with Network Coding"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: So far, many researches on network coding are performed with higher layer protocols such as MAC, routing, and flow control protocols without consideration of physical layer issues such as channel conditions of links. Hover, in wireless networks, the consideration of properties at the physical layer is important to improve system performance. Hence, in this paper,  study an opportunistic scheduling and adaptive modulation problem for wireless networks with network coding, which is a joint problem for MAC and physical layers. A similar problem was studied in (1) considering an idealized system in which the data rate of each link is modeled with the Shannon capacity. They shod that to maximize the throughput of a transmission, the optimal subset of native packets that are encoded within a coded packet should be selected based on the channel condition at the destination for each native packet. Moreover, they also shod that it may not be the optimal selection to encode all possible native packets within a coded packet. ,  consider a more realistic model than that of (1) with practical modulation schemes such as M-PSK and MQAM.  show that the optimal policy that maximizes the throughput of a transmission is to encode all available native packets within a coded packet regardless of the channel condition at the destination for each native packet, which is a different conclusion from that of (1). Hover,  show that adaptive modulation, in which its constellation size in a coded packet is adjusted based on the channel condition of each destination node, provides a higher throughput than the scheme with fixed modulation, in which its constellation size is always fixed regardless of the channel condition at each destination node. Index Terms\u2014Wireless networks, Network coding, Scheduling, Adaptive modulation. I. INTRODUCTION Since the publication by Ahlsde et. al. (2), network coding has emerged as a promising solution to achieve higher throughput in both wireline and wireless networks. In the traditional network without network coding, a node forwards packets that it received to the appropriate next hop node without any processing in the information part of the packet. Hover, in the network with network coding, a node forwards coded packets produced by performing some processing with several packets that it has already received. Even though network coding requires coding and decoding processes ad- ditionally in each node in the network, it has been shown"}]