Numerous network can be connected by using the mobile ad hoc network. It can have security attacks like the worm hole, denial of service attack, jellyfish and also the blackhole. During this they take a path which is the shortest for the place where it has to reach. During sending of message two types of attacks are generally seen such as the blackhole attack and the wormhole attack. In this research we have tried to focus on two major attacks such as the black hole and the worm hole attack. In this we have used two types of protocol such as the AODV whose other name is SWBAODV and the scalable-dynamic elliptic curve cryptography. During the use the prime numbers are selected at random. We can also choose certain specific prime number. Moreover the security level does not depend on the size of the key. Keeping A as worm hole and B as the black hole we have made a two dimensional vector function named as F [A, B]. Two types of study is done by us in our research such as the with attack and without attack. In case of no attack study we have shown graphically using the AODV and the in case of attack we have given it as the BAODV and also the WAODV. Here we have applied a specific method SWBAODV to our selected attack case. The results were found to be interesting for the case of, packet delivery ratio and end to end delay was near 188.40 on comparing it with the BAODV and the WAODV. It has shown 51.38% more value compared to the BAODV and WAODV. There has been a drastic fall in the value of delay and it reached to a 63.2 for BAODV to WAODV. The other two things which we have discussed here is the consumption of energy and the overhead routing. The results in case of SWBAODV were good compared with the consumption of energy and save about 73.52% with the attacked case and around 69.35% with the routing done on the BAODV and WAODV. From our study we were able to say that it will give protection to the (MANET).

中文翻译：

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在 MANET 中使用椭圆曲线密码术减轻虫洞攻击和黑洞攻击。

使用移动自组织网络可以连接许多网络。它可以有蠕虫洞、拒绝服务攻击、水母和黑洞等安全攻击。在此期间，他们选择了一条对于它必须到达的地方来说最短的路径。在发送消息过程中，通常会看到两种类型的攻击，例如黑洞攻击和虫洞攻击。在这项研究中，我们试图关注两种主要的攻击，例如黑洞攻击和虫洞攻击。在此，我们使用了两种类型的协议，例如 AODV（另一个名称是 SWBAODV）和可扩展动态椭圆曲线密码学。在使用过程中，素数是随机选择的。我们也可以选择某些特定的素数。此外，安全级别不取决于密钥的大小。保持A为虫洞，B为黑洞，我们制作了一个二维向量函数，命名为F [A, B]。我们在研究中进行了两种类型的研究，例如有攻击和无攻击。在没有攻击研究的情况下，我们使用 AODV 以图形方式显示，在受到攻击的情况下，我们将其作为 BAODV 和 WAODV。在这里，我们将特定方法 SWBAODV 应用于我们选择的攻击案例。在与 BAODV 和 WAODV 进行比较时，发现结果很有趣，数据包传递率和端到端延迟接近 188.40。与 BAODV 和 WAODV 相比，它的价值高出 51.38%。延迟值急剧下降，BAODV 到 WAODV 达到了 63.2。我们在这里讨论的另外两件事是能源消耗和开销路由。与能量消耗相比，SWBAODV 情况下的结果良好，攻击情况下节省约 73.52%，而在 BAODV 和 WAODV 上进行路由则节省约 69.35%。根据我们的研究，我们可以说它将为（MANET）提供保护。